#sigint simulator

[constelli1122]

A Signal Processing Company in Defense and Aerospace

[weirdsatellites]

SIGINT #66369 from Topaz 3 (CONFIDENTIAL) 1. Anarchy Cathedral 2. Burrow of Puppies 3. Antique Time Loop Simulator

[signalfog]

Fast Flux Debrief

SIGNALFOG ENTRY: FAST FLUX AND THE NATIONAL SECURITY WIREWALK

What is Fast Flux?

Fast Flux is not a tool. It is a tactic—a slippery eel of cyber maneuvering used to shield malicious networks from takedown. At its core, Fast Flux is a technique for hiding phishing and malware delivery sites behind constantly changing IP addresses. Think of it as DNS shell game played at machine speed.

There are two main types:

Single-Flux – Frequently changes the IP addresses associated with a single domain name. A domain might resolve to five different IPs in under an hour. Those IPs are often bots in a compromised network.

Double-Flux – Mutates not only the IPs but also the name servers associated with the domain, creating a recursive maze of obfuscation. This is where things get nasty—each step reconfigures the puzzle.

Behind this flux cloud often sits a botnet, frequently leveraging criminal marketplaces or nation-state infrastructure, using the technique to hide:

Phishing sites

C2 (command and control) servers

Malware droppers

Credential harvesters

Why the NSA Considers It a National Security Threat

Fast Flux undermines attribution. In cyberwarfare, attribution is the new battleground. If you can’t pin an attack to an actor or infrastructure, you can’t deter, retaliate, or even understand intent. That makes Fast Flux a fog-of-war amplifier—a denial-of-attribution machine used not just by cybercriminals but by nation-state advanced persistent threats (APTs).

This tactic has been used to:

Distribute ransomware to critical infrastructure (e.g., Colonial Pipeline incident had partial DNS obfuscation elements)

Support long-term espionage operations (APT29 and others)

Exfiltrate sensitive data from government and defense contractors

It’s not just technical noise—it's sovereignty erosion via DNS.

Current Countermeasures

The countermeasures form a fragile ecosystem, not a silver bullet.

1. DNS Monitoring and Sinkholing

Agencies like US-CERT and NSA operate sinkholes—servers that simulate malicious domains to draw in Fast Flux queries and analyze them.

Security vendors offer passive DNS monitoring to correlate domain activity, TTLs (time-to-live), and ASNs (Autonomous System Numbers) that suggest flux behavior.

2. AI-Powered Anomaly Detection

Models trained on DNS query patterns identify abnormally high TTL churn, geographical dispersion of IPs, and unusually frequent domain-to-IP flips.

Emerging tools like PassiveTotal or Farsight DNSDB are leveraged to track malicious flux patterns.

3. Threat Intelligence Feeds

Enrichment of security tools with real-time feeds (e.g., from Mandiant, Recorded Future) to identify Fast Flux domains and block them at the firewall or endpoint level.

4. Domain Takedown Coordination

Multinational coordination with registrars and ISPs to revoke domains or neutralize the infrastructure (example: Operation Ghost Click, which dismantled DNSChanger infrastructure).

5. Advanced DNSSEC and DoH Filtering

DNS Security Extensions (DNSSEC) can help verify legitimacy, though flux domains often bypass this.

DNS over HTTPS (DoH) presents a double-edged sword: it can encrypt good and bad traffic alike. Thus, filtering on endpoints and proxies becomes essential.

6. Network-Level Behavioral Firewalls

Zero Trust Network Access (ZTNA) models segment networks to reduce botnet beaconing.

Behavioral IDS/IPS like Suricata detect lateral movement even if DNS resolution appears clean.

But Here's the Rub:

Fast Flux is not a flaw—it’s a clever exploitation of how the internet was designed to work: decentralized, resilient, fault-tolerant. The same qualities that make global communication work in disaster zones are co-opted to hide the hands of digital saboteurs. The NSA’s concern isn’t just technical—it’s existential. Because in the cyber-domain, whoever owns attribution owns the narrative.

“In war, truth is the first casualty; in cyberwar, it’s attribution.” — Anonymous NSA SIGINT Analyst, 2014 (declassified quote, attribution unknown...ironically)

[differenttimemachinecrusade]

Signals Intelligence Market Research Report: Industry Insights and Forecast 2032

The Signals Intelligence (SIGINT) Market Size was USD 16.37 Billion in 2023 and is expected to Reach USD 26.57 Billion by 2032 and grow at a CAGR of 5.57% over the forecast period of 2024-2032

The Signals Intelligence (SIGINT) market is witnessing rapid expansion due to increasing geopolitical tensions, rising cybersecurity threats, and advancements in communication technologies. Governments and defense organizations are heavily investing in SIGINT solutions to enhance national security and intelligence-gathering capabilities. The integration of artificial intelligence (AI) and big data analytics is further revolutionizing the industry.

The Signals Intelligence market continues to grow as global defense strategies increasingly rely on sophisticated surveillance and intelligence systems. With the rise of cyber warfare and electronic threats, SIGINT is becoming an essential tool for military, law enforcement, and intelligence agencies worldwide. The demand for real-time data interception, threat analysis, and secure communication systems is driving innovation in the sector.

Get Sample Copy of This Report: https://www.snsinsider.com/sample-request/3528 

Market Keyplayers:

Harris Corporation (Communication Systems, Electronic Warfare)

Northrop Grumman Corporation (Cybersecurity Solutions, Surveillance Systems)

BAE Systems (Electronic Warfare, Cyber Intelligence)

Raytheon Company (Radar Systems, Electronic Warfare Solutions)

Lockheed Martin Corporation (Advanced Communications, Surveillance Technologies)

Mercury Systems Inc. (Sensor Processing Solutions, Electronic Warfare)

Elbit Systems Ltd. (Intelligence, Surveillance and Reconnaissance Solutions)

Thales Group (Cybersecurity, Electronic Warfare Systems)

Rheinmetall AG (Defense Electronics, Surveillance Solutions)

General Dynamics Corporation (Cybersecurity, Communication Systems)

L3Harris Technologies (Communication and Electronic Warfare Solutions)

Cisco Systems Inc. (Network Security, Cyber Intelligence Solutions)

Leonardo S.p.A. (Electronic Warfare, Intelligence Solutions)

Saab AB (Electronic Warfare, Cyber Defense Solutions)

AeroVironment, Inc. (Unmanned Aircraft Systems, Surveillance Technologies)

Kongsberg Gruppen (Defense Systems, Surveillance Solutions)

Cubic Corporation (Training and Simulation Systems)

Rohde & Schwarz GmbH & Co. KG (Radio Communication, Electronic Test and Measurement)

Inmarsat plc (Satellite Communication Solutions)

Viasat Inc. (Satellite Communication, Cybersecurity Solutions)

Market Trends Driving Growth

1. Increasing Cybersecurity and National Security Threats

Governments and intelligence agencies are prioritizing SIGINT investments to combat cyberattacks, espionage, and digital warfare. The growing need for real-time intelligence has led to significant advancements in signal interception and threat detection.

2. AI and Machine Learning in SIGINT

Artificial Intelligence (AI) and machine learning are enhancing SIGINT capabilities by automating data processing, improving signal analysis, and enabling faster threat identification. AI-driven systems are also helping in predicting and mitigating security risks.

3. Growth in Electronic Warfare (EW) Technologies

Modern electronic warfare systems rely on SIGINT to intercept, jam, and analyze enemy communications. Nations are strengthening their EW capabilities to counter emerging threats, boosting the demand for advanced SIGINT solutions.

4. Expansion of Space-Based SIGINT

The deployment of SIGINT satellites is increasing, providing enhanced surveillance capabilities for intelligence agencies. Space-based signal interception is playing a critical role in monitoring global communications and detecting potential threats.

5. Integration with 5G and IoT Networks

The expansion of 5G and IoT networks has created new challenges and opportunities for SIGINT operations. Intelligence agencies are adapting their surveillance methods to monitor encrypted and high-speed communications more effectively.

Enquiry of This Report: https://www.snsinsider.com/enquiry/3528 

Market Segmentation:

By Solutions

Airborne

Ground

Naval

Space

Cyber

By Type

Electronic Intelligence (ELINT)

Communications Intelligence (COMINT)

By Mobility

Fixed

Portable

Market Analysis and Current Landscape

Rising defense budgets: Governments worldwide are increasing spending on intelligence and surveillance capabilities.

Advancements in data analytics: Big data and AI are transforming the way intelligence is gathered and analyzed.

Private sector involvement: Defense contractors and tech firms are actively developing cutting-edge SIGINT solutions.

Growing concerns over cyber espionage: The increasing frequency of cyberattacks is pushing nations to strengthen their intelligence-gathering efforts.

Despite its growth, the market faces challenges such as ethical concerns over mass surveillance, regulatory restrictions, and the complexity of analyzing vast amounts of intercepted data. However, ongoing technological advancements are expected to address these issues.

Future Prospects: What Lies Ahead?

1. Enhanced AI-Driven Intelligence Processing

AI will play a greater role in automating SIGINT operations, making intelligence gathering more efficient and accurate. Predictive analytics and real-time data processing will be crucial for national security efforts.

2. Expansion of Cyber SIGINT Capabilities

As cyber threats evolve, SIGINT solutions will integrate more advanced cybersecurity tools, enabling real-time monitoring and mitigation of digital threats.

3. Strengthening International Intelligence Alliances

Countries are forming alliances to share intelligence data and enhance global security cooperation. Joint SIGINT operations are expected to increase in the coming years.

4. Miniaturization of SIGINT Devices

Portable and compact SIGINT solutions will gain traction, enabling special forces and field operatives to conduct surveillance and intelligence gathering with greater mobility.

5. Ethical and Legal Developments in SIGINT

Governments and organizations will focus on balancing security needs with privacy concerns, leading to the development of legal frameworks that regulate SIGINT operations.

Access Complete Report: https://www.snsinsider.com/reports/signals-intelligence-market-3528 

Conclusion

The Signals Intelligence market is on a strong growth trajectory, driven by global security concerns, advancements in AI, and the increasing reliance on data-driven intelligence. As technology continues to evolve, SIGINT will play a pivotal role in national defense, cybersecurity, and intelligence operations. With continuous innovation and strategic investments, the future of SIGINT is poised to be more efficient, integrated, and responsive to emerging global threats.

About Us:

SNS Insider is one of the leading market research and consulting agencies that dominates the market research industry globally. Our company's aim is to give clients the knowledge they require in order to function in changing circumstances. In order to give you current, accurate market data, consumer insights, and opinions so that you can make decisions with confidence, we employ a variety of techniques, including surveys, video talks, and focus groups around the world.

Contact Us:

Jagney Dave - Vice President of Client Engagement

Phone: +1-315 636 4242 (US) | +44- 20 3290 5010 (UK)

[top10listsmagazine]

Secret Agent Spy Training Camps

Secret agent spy training camps are specialized programs designed to train individuals in the art of espionage. These camps provide participants with the necessary skills, knowledge, and mindset required to excel in the field of intelligence gathering and covert operations. Whether you dream of becoming a real-life James Bond or want to explore the world of undercover operations, attending a spy training camp can be an exciting and immersive experience. What is a Secret Agent? Before delving into the details of spy training camps, it is important to understand what exactly a secret agent is. A secret agent, also known as a spy, is an individual who works for a government agency or organization to gather information, conduct surveillance, and engage in covert activities to protect national security interests. Key Takeaways: - Secret agents are trained professionals who operate undercover to obtain classified information or carry out special missions. - They work for intelligence agencies, such as the CIA, MI6, Mossad, or ASIS. - Secret agents possess a blend of specific skills, including intelligence analysis, surveillance, disguise, and communication. How to Become a Spy? Becoming a spy requires a combination of skill, training, and dedication. While there is no one-size-fits-all path to becoming a secret agent, there are certain steps and qualifications that can increase your chances of success. An Official Definition of a Secret Agent: A secret agent is an individual who is authorized and trained by a government agency to engage in covert activities to gather intelligence, prevent threats, and serve national security interests. How Do Spy Agencies Function? Spy agencies, such as the CIA or MI6, operate by gathering intelligence through a variety of means such as human intelligence (HUMINT), signals intelligence (SIGINT), and cyber intelligence (CYBERINT). Agents are deployed to infiltrate targeted groups, organizations, or foreign governments to obtain classified information. Upcoming Trends in the Espionage Industry: The espionage industry is constantly evolving, and spy agencies are adapting to new technologies and global challenges. Some key trends include the increased use of cyber espionage, the expansion of intelligence sharing among agencies, and the shift towards more proactive intelligence-gathering methods. The Simple Definition of a Secret Agent: In its simplest form, a secret agent is an individual who carries out covert operations on behalf of a government agency to protect national security interests. Benefits Importance of Spy Training Camps Spy training camps offer numerous benefits and play a crucial role in the development of aspiring secret agents. These camps provide a structured environment where participants can acquire essential skills, receive hands-on training, and learn from experienced professionals. The importance of spy training camps can be summarized as follows: - Skill Development: Spy training camps focus on honing specific skills such as surveillance, intelligence analysis, fieldcraft, and counter-surveillance techniques. - Realistic Training: Participants engage in realistic scenarios and simulations that mimic real-world spy operations, allowing them to apply their skills in practical situations. - Networking Opportunities: Spy training camps bring together individuals who share a common interest in espionage, providing an opportunity to network and build connections within the intelligence community. - Mentoring and Guidance: Experienced instructors and professionals from the intelligence field guide participants, offering valuable insights and advice on pursuing a career in espionage. Types of Spy Training Camps Spy training camps come in various formats and cater to different levels of expertise. Here are some common types of spy training camps: - Basic Spy Training Camps: These camps are designed for beginners and provide a foundation in essential spy skills, including surveillance techniques, analysis, and communication. - Advanced Spy Training Camps: Geared towards those with prior experience or completion of basic training, advanced camps delve deeper into specialized skills such as covert operations, cyber espionage, and intelligence analysis. - Specialized Training Camps: These camps focus on specific areas of espionage, such as code-breaking, cryptography, or technical surveillance. What Training do you Receive at a Spy Camp? Spy camps cover a wide range of training modules aimed at equipping participants with the necessary skills to become effective spies. The training typically includes: - Intelligence Analysis: Participants learn how to collect, analyze, and interpret information to identify patterns, uncover potential threats, and make sound decisions. - Surveillance Techniques: Trainees are taught the art of covertly observing and monitoring individuals or locations to gather intelligence without detection. - Fieldcraft and Tradecraft: Participants learn how to operate while maintaining a low profile, including skills such as disguise, evasion, and silent communication. - Communication Skills: Effective communication is vital in the world of espionage. Participants are trained in secure communication methods and advanced techniques for encoding and decoding messages. - Defensive Techniques: Training in self-defense, evasive driving, and personal security measures are often included to ensure the safety of agents in the field. Essential Skills Required of a Spy Being a successful spy requires a diverse skill set and a certain mindset. Some essential skills required to excel in the field of espionage include: - Critical Thinking: Secret agents must be skilled at analyzing complex situations, identifying potential risks, and making informed decisions. - Observation and Attention to Detail: The ability to notice even the smallest details and recognize patterns is crucial for gathering accurate intelligence. - Adaptability and Flexibility: Spies often find themselves in ever-changing environments and must be adaptable to different cultures, scenarios, and technologies. - Communication and Interpersonal Skills: Being able to communicate effectively, build rapport, and blend into different social contexts are essential for gaining trust and extracting information. - Problem-solving: Spies encounter unexpected challenges and must think on their feet to find creative solutions. - Ethics and Integrity: While spies operate in secrecy, they must adhere to a strict code of ethics and integrity to ensure the protection of national interests. How to Join a Secret Agent Spy Training Camp If you're ready to embark on the path to becoming a secret agent, here are the steps to follow: 1. Initial Research about the Spy Camps Before choosing a spy training camp, conduct thorough research to find a program that aligns with your goals and suits your individual needs. Consider factors such as location, reputation, curriculum, and alumni success stories. How to Research for a Suitable Spy Camp: - Utilize online resources and forums to gather information and read reviews from past attendees. - Reach out to current and former students to get insight into their experience at a particular camp. - Research the credentials and backgrounds of the instructors to ensure they have suitable expertise in the field of espionage. 2. Understanding the Admission Process Each spy training camp may have its own admission process, including application forms, interviews, and background checks. Familiarize yourself with the requirements and prepare accordingly. 3. Preparing for Spy Training Once accepted into a spy training camp, it is essential to prepare mentally and physically for the rigorous training ahead. Focus on developing physical fitness, and mental resilience, and improving any required skills identified during the admission process. 4. Navigating the Interview and Selection Process During the interview and selection process, it is crucial to showcase your suitability and dedication to the field. Ensure you convey your passion, adaptability, problem-solving abilities, and commitment to ethical standards. To Navigate the Interview Successfully, Be Sure to: - Articulate your motivation for becoming a secret agent and the skills you bring to the table. - Demonstrate your ability to handle high-pressure situations and think critically. - Highlight any relevant past experiences or training that aligns with the requirements of a spy. 5. What to Expect during the Training Once accepted into a spy training camp, you can anticipate a rigorous and immersive experience. Be prepared for long hours of training, simulated scenarios, and challenging assignments. To Prepare for the Training: - Maintain physical fitness and endurance to meet the demands of the camp. - Familiarize yourself with basic spy knowledge and current events to enhance your analytical skills. - Develop good organizational skills to handle multiple tasks and prioritize your workload. 6. Role Play and Simulation Training Role play and simulation training are key components of spy training camps. These exercises allow participants to apply their skills in realistic scenarios, helping them develop quick thinking, adaptability, and decision-making abilities in a high-pressure environment. How Spy Agents are Trained using Simulations: - Trainees may simulate surveillance operations, infiltration missions, or intelligence analysis scenarios. - Instructors play different roles or act as adversaries to challenge trainees' capabilities and problem-solving skills. - Participants receive feedback and debriefings after each simulation to help them identify areas for improvement. 7. Evaluation and Feedback Throughout the training, participants are evaluated on their performance in various areas. Feedback from instructors is provided to help trainees identify strengths and weaknesses, allowing them to focus on areas requiring improvement. How Spy Agents are Evaluated: - Performance in simulated scenarios, exercises, and assignments. - Demonstrated understanding of concepts taught during training. - Ability to work effectively within a team and adapt to changing circumstances. How to Excel as a Spy: Off-site Practice While spy training camps provide a solid foundation, becoming an exceptional spy requires continuous learning, personal development, and practical experience. Here are some practices to excel in the field: 8. Continuous Learning Skills Improvement Stay updated with the latest advancements in intelligence techniques, technology, and geopolitical changes. Attend workshops, conferences, and training to enhance your knowledge and skills. 9. Networking with Other Spies Building a network of fellow spies can provide opportunities for collaboration, knowledge sharing, and career advancement. Attend intelligence community events, join professional organizations, and participate in online forums. 10. Building Your Spy Reputation Maintain a strong professional reputation in the intelligence community by consistently demonstrating competence, reliability, and trustworthiness. Act with integrity, and be discreet in both personal and professional matters. How to Enhance Your Spy Skills Further: Advanced Training For those seeking to further enhance their spy skills beyond the basic training received at a spy camp, advanced training programs and specialized courses are available. These programs delve deeper into niche areas such as advanced surveillance techniques, cyber warfare, or intelligence analysis. Spy Tools Gadgets As technology continues to advance, spies have access to a wide range of tools and gadgets to assist them in their operations. From hidden cameras to encryption software, these tools aid in intelligence gathering, communications, and maintaining cover identities. Spy Strategies and Best Practices Successful spies employ various strategies and best practices to maximize their effectiveness. These include meticulous planning, risk assessment, intelligence analysis, adaptability, and continuous evaluation and learning. Wrap Up Secret agent spy training camps provide a unique opportunity for individuals aspiring to enter the world of espionage. From acquiring essential skills to experiencing realistic simulations, spy camps offer a comprehensive learning environment. By following the steps outlined and continuously striving for improvement, you can increase your chances of becoming a skilled and successful spy. Remember, becoming a spy requires dedication, professionalism, and the ability to thrive in high-pressure situations. So, are you ready to embark on this thrilling and challenging journey? Read the full article

[averagejoesolomon]

It’s not a capture the flag game, but it’s still a lot of fun.  Thanks for waiting on this one—it’s a long one.  You can start from the beginning of Full Circle on Ao3.  Have fun!

Chapter Four

“Matt.”  His name sounds new on her lips, floating across the distance between them.  He looks up—can’t help himself—away from his current conversation, because when Abigail Cameron calls his name, he is all but destined to answer.  She draws him in with a single finger, beckoning him closer.  “You’re with us.”

The sisters share a certain intensity, but they do so in opposite directions.  They are careless versus careful, impulse versus consideration, and heart versus mind.  So it only makes sense that if Abby has come to adore Matt, then Rachel has come to detest him.  “Abigail, you had one job.”

When he does reach them, Abby wraps her arm around Matt’s shoulders, her other hand landing firm on her hip.  “He’s with us.”

Rachel cuts her a look, but then her gaze catches on Matt and she bites at her lower lip.  Without another word on the matter, she simply leans back over her table, arms wide and expression settled as she considers a set of blueprints laid out before her.  “Fine,” she says, eyes dancing across paper.  “Matthew—what is your experience with tactical evasion?”

The light falls stark over the blueprints, and the faintness of the reflection falls along the sharpest parts of her face.  Chin, cheeks, brows.  “Uh,” he sputters.  “Minimal, I would say.”

“You don’t know what tactical evasion is,” she says, “do you?”

“I’m more of a SIGINT guy.  Interception, and the like.”

Another look at Abby.  It doesn’t take a cryptologist to decipher their silent codes, but if it did, at least Matt would be in more familiar territory.  “Have you ever encountered a trap,” Rachel says, simply.  “And if you have, how good were you at getting around it?”

“Well I’ve been locked in a cattle truck more times than once, and I’d say I was pretty quick about getting out of it.”

“I don’t want you to get out of a trap,” Rachel says.  “I want you to avoid it in the first place—”

“Ladies.”  It’s another voice, this time Lincoln, and it sends a shockwave through their unofficial trio.  Rachel rolls her shoulders back.  Matt holds his chin up.  Even Abby lets her arms fall back down to her side.  “You’ve assembled your team?”

Rachel’s hesitancy evaporates by the time she says, “Yes, sir.”

“Good thing.”  Then it’s his turn to cut a glance at Matt.  It’s a short, studied sort of look that quickly finds its way to Abby.  “Because you’re up.”

Camp Peary is full of secrets, some of which Matt has discovered during his training and some of which will remain a secret to him, even long after he is gone.  If Peary has a worst-kept secret, it’s the Bug House—a three-storey training simulation made up of plywood, windows, trip wires, and the most technologically advanced bugs that the Office of Technical Service has to offer.  

He’s heard rumor of its difficulties, its weaknesses, and the recent failures of his classmates.  There’s talk of hidden alarms and secret corridors.  It’s the type of spying that Matt ain’t too keen on, if only because his closest comparable experience is the Stuarts’ annual corn maze—and he’s just not sure the two are made equal.  He’s going to stand out.  He’s going to get noticed.

His thoughts seem to echo through the corridor as Lincoln leads them toward their latest test.  Matt gets to thinking, then hoping, then praying that this won’t be his last.  He’s almost made it through the first week, but Lincoln’s statistics are always lingering at the back of his mind, and he’s got no interest in disappointing the people who got him here.

“You’re a liability.”  Rachel comes up from behind, her words landing on his shoulder.  It’s eerie, the way she can reach through him and just know.  Know what he’s thinking.  Know how he got here.  Know him.  His mind wanders toward X-Men and empaths, but the far more likely scenario is that she is deeply and assuredly skilled at what she does. “So while we’re in there, you’re either with me, or you’re with Abby—got it?”

And she’s not inclined to hide it. “You’re gonna babysit me?” he says.

“We can call it an alliance, if it makes you feel better.”

“It does not.”

“Then babysitting it is.”  She shoves his shoulder on her way to the front of the pack.  There’s enough determination in her step that Matt doesn’t get the chance to ask her about a stick, and where she’s likely to pull it from.  She simply calls to him one last time.  “Stay with Abby.”

And like a tide answering the moon’s call, Abby’s presence is inevitable as she loops her arm through Matt’s.  She’s got that grin, wide across red lips, and his pops taught him better than to leave a pretty lady without an arm to hold her steady.

This is the first trap of the afternoon, but it will not be the last.

“Gentlemen.  Ladies.”  Lincoln stands before the door of a faux building, his words genuine.  As he speaks, the team passes around a set of comms units.  “You will spend a great deal of time trying to break into any number of places during your intelligence career.  And you will spend an even greater amount of time trying to break out.”

Matt places the little black button into his ear.  He still hasn’t gotten used to the feel of it pressing against his brain.  It never sits straight, and he can’t quite hear right, and it always turns on with a firm, stuffy pop.

“You have one goal today,” Lincoln goes on.  "It is basic, but it is not simple.  Acquire the target, and do so without getting caught.  If that seems like a daunting task, then I suggest you use this weekend to pack your bags.”

Matt looks to his left.  Then to his right.  No one seems willing to take Lincoln up on his offer.

Lincoln smiles.  “You have seventeen minutes,” he says.  “Make them count.  And remember—you’re being watched.”

He steps aside to reveal a door. It’s identical to the one back home, with crisscrossed windows and a polished, golden handle, although he suspects that this door doesn’t lead to windblown wheat fields and friendly cattle.  He ain’t in Nebraska anymore.

Abby’s arm is still around his own.  “So we’re definitely not going in that way, right?”

Rachel is just beside her.  “Not a chance.”

“You take the east?”

“If you take the west.”

“Keep track of him—I mean it.”

“I’ve got it.”

When it comes to the two of them, it’s a game of speed—not just in action, but in thought.  More often than not, Rachel and Abby have already made a decision before Matt even registers that there’s an option.  It’s some otherworldly combination of competence and sisterhood, each of them perfectly in sync with the other.  

Which might explain how they’re already around the corner before Matt realizes that he’s offended.  “Has it ever occurred to your sister that I might actually know what I’m doing?” he says.  “I was Army Intelligence for two years.”

She scoffs, but otherwise doesn’t make much effort to listen.  Instead, she unhooks her arm with the gentle tap, tap of his elbow.  “Two years,” she says, scanning every inch of the wall, peeking through windows and searching through rafters. She cranes her neck, and finally lands on a second-story double-hung that doesn’t appear to be locked. “That’s cute—give me a boost?”

There’s plenty left to say on the subject, but their minutes are ticking away.  What’s more is that they’re all a little stressed, and they’re all a little tired, and Matt’s heard enough sermons on patience to know when his is wearing thin.  For now, it’s best he take a deep breath.  There are far worse fates than an order to stand beside Abigail Cameron.  “Yeah, how?”

She cocks a perfect eyebrow.  “Guess I should have known,” she says.  “Something tells me you haven’t seen enough teenage rebellion in your day.”

“I rebelled plenty—and I crawled out of plenty of windows to do it,” he says.  “But it doesn’t seem especially sneaky for me to go flinging you around.”

“Well let’s you and I save the flinging for later, hot stuff.”  His cheeks get rosier by the second and he tries to shake them off.  “And I don’t know what they taught you in the Army,” she says, “but we’re not trying to be sneaky.  We’re trying to get inside.”

“Ain’t there more covert ways of doing that?”

“Do you have any suggestions?”

“I suppose not.”

“Then fling away, Matt.”

Something about her leads him to act against his better judgement.  He figures she must have that effect on everyone, and at once, it's clear how Abby got to be recruited by one of the most elite training programs in the country; the rest of the world simply wouldn’t be able to handle her.

It’s a quick one-two action as she takes a running start and lands with the utmost precision in his clutched hands.  He lifts, and she seems to fly through the air, wingless, weightless, as though she hasn’t a care in the world.  Without effort, she grabs the sill and scales the remaining wall.  As she holds herself steady, her sleeve rolls off of her shoulder, shaking with the grip, but it doesn’t seem to affect her.  With one arm locked into place, she uses the other to feel along the trim, searching for traps.  

While she’s up there, hanging and serious, Matt has no doubts that he’s found the real-life Jessica Drew.  “It’s clear,” she says with a strain.

She doesn’t just slide open the window—she throws it open.  She doesn’t just climb in, but rather, she hurls herself over the edge.  As the days go on, the pieces of Abigail Cameron fall more into place and everything she does seems to fit in with everything he learns about her.  In a world of cover legends and disguises, no one is more themselves than she is.

Her head pops back out, looking down on him.  “Are you coming?”

“Well I’ve been told I ought not leave your side,” he calls up to her.  At some point, his voice has turned into a big, round whisper.  “So should I claw my way up the plywood walls, or would flying be easier?”

Abby squints.  Studies him.  “I’ll come get you.”

“That’d be mighty helpful.”

“Well if you’re going to have an attitude about it...”

“No attitude,” he says, holding up three fingers.  “Scout’s honor.”

“Of course you were a boy scout.”

She’s gone before he can tell her that he was, in fact, an Eagle Scout, but the longer he is left to stand in his own silence, the less he thinks he should arm her with that information.

There’s a click of a lock, quicker than he expects, and he has just enough time to revel in a brief awe before she slides the first floor window to its side.  “Let’s get going.”

It’s still a little bit of a climb, but she’s able to reach out her arm and pull him up.  He wonders if his palms are too rough against the smooth skin of her wrist, wonders if he’s too heavy, wonders if his breath still smells like the cold cuts and mustard he had for lunch.  She pull, pull, pulls at him, and he hops in after her.

He tumbles through the frame without an ounce of grace, losing track of his limbs and landing with a clatter.  The whole house seems to shake as he falls to his knees, his hands.  His head hangs with a dizzying uncertainty and it takes him a full five seconds to realize that he’s landed on top of Abby.

He can’t see much, but in the dim light cast in from the window, he can see her big, green eyes looking up at him.  Ice runs through his veins, a white streak of unease eating at his lungs, and he’s breathless.  He scrambles for something—anything—to say, and his best isn’t good enough.  “It’s dark in here.”

Abby lets out a groan, mixed with something that resembles a laugh.  “Are you under the impression that many people leave their lights on when they’re not home?”

“I just wasn’t expecting…” and he trails off, because his attention gets caught on the waves in her hair.  On the point of her chin.  On everything that makes her the most beautiful woman of whatever room she walks into.  “I just wasn’t expecting it.”

“Hey Matt?” Her words are a whisper now, too.

“Yeah?”

“If you don’t get off of me,” she says, “there’s a nonzero chance that an alarm is going to go off in the next seventeen seconds.”

“Oh.”

She’s up on her feet before Matt even realizes that she’s shoved him off by the shoulders.  Every move she makes looks as though it’s up against a clock that Matt can’t see—ticking away somewhere in her mind.  She searches through the darkness, scanning every inch, but the seconds move forward and she stays the same.

Matt looks up on the wall, towards a panel lit up in green.  It calls to him, drawing him closer, and when he stands, Abby’s too entrenched in the mission to notice.  She searches, and searches, not knowing that the answer is right before them.  He wants to help her.  He wants to set her at ease, even if only for the next eight seconds.

As he inches closer he can begin to make out the words, including a tiny DISARM spelled out in the lower right corner.  “Hey,” he says, pointing.  “It’s over here, I’ve got it.”

She spins—quick, but not quick enough.  She reaches out to him, and her voice is no longer a whisper when she says, “No, wait, that one’s—”

It all starts with the press of a button.  

It’s soft under his thumb, but when he presses it, the world turns harsh.  Bright, round flood lights flash on, casting dark shadows across Abby’s face. Sirens begin to blare, a shrill, dissonant sound that burrows past his ears and jabs into his jaw.  Abby shoves him, straight in his chest, and he loses his balance—rocking, teetering, until he falls back out of the window even faster than he fell in.  On his way down, long metal doors clank shut over every opening, and when he hits the ground, he lands on his back, and every scrap of air escapes him.

He can’t breathe.  What just happened?  He can’t breathe.

His team comes running around the side of the house, Rachel leading the charge.  “What the hell’s going on?” she says, voice steady above the noise.

From behind them, Lincoln approaches, wholly in control.  He’s heard these sirens plenty of times before, and he will hear them plenty of times after.  His limp seems especially prevalent from Matt’s current position on the ground, noticeable as Lincoln approaches him. He stops at Matt’s head and with the click of a remote, the sirens stop their song.

Lincoln looks down at him.  Stares.  Matt’s finally able to catch his breath, but he doesn’t dare risk it.  “False security pads,” he says.  He sounds like he’s speaking to the class, but he doesn’t look away from Matt.  “Espionage 101—not everything is as it appears.  In your attempt at a covert entry, you have alerted the premises to your arrival.  I applaud you, Mr. Morgan.  This is something of a record.”

Matt’s eyes squeeze shut as he lets out his first breath.  He imagines that when he opens them again, Lincoln won’t be there anymore.

That ain’t the case.

“I reckon it’s not a good record, sir?”

Lincoln clicks his tongue.  Twists his head.  “Not unless you were going for the quickest in-and-out.”

Matt doesn’t get another word out before he hears the snap of Rachel’s earpiece hit the ground.  She kicks at the wall on her way out, which is just as well, because Matt’s got nothing left to say for himself.

[antoine-roquentin]

In August 2007, around the time when construction started on Area 82, Dutch military intelligence in Oruzgan Province in central Afghanistan, followed in early 2008 by Germans in the northern cities of Mazar-e-Sharif and Kunduz, and Danes in Helmand in the southwest, began using a new technology they had acquired through an NSA technology transfer program, an agency slide indicates.

The new technology simulated the radio receivers operated by mobile phone companies, tricking cellphones into connecting and then intercepting their communications. It was employed by devices commonly referred to as Stingrays, after one early brand, and dirtboxes, after the manufacturer Digital Receiver Technology Inc., which Boeing bought in 2008.

Ahead of European allies’ deployment to Afghanistan, they would have purchased and received training from the NSA in “specific Digital Receiver Technology (DRT) capabilities” in order to “exploit the communications they are expected to encounter,” as arranged for Spanish forces in 2005 and described by SIDtoday.

The DRT collection units were part of a bigger plan: to feed the newly constructed data center in Bagram with intercepted mobile phone communications from areas in Afghanistan where the NSA previously had little or no coverage.

Photographs included in the data flow document show the RT-RG data center at Area 82 during the final stages of construction, with trucks bringing reinforced steel beams into a hangar and an advanced cooling system in place for the servers. 

The “gregarious” Norwegians started collecting cellphone communications using two DRT systems from two locations outside Kabul in February 2008. Sometime between April and June the same year, Norway, Denmark, the Netherlands, Germany, and Spain were scheduled to start feeding metadata intercepted from mobile phones by DRTs into RT-RG, according a document tracking the “dataflow status” of the project. 

By July 2008, the Afghanistan Real Time Regional Gateway was operational and cellphone metadata from numerous sources poured into the system. RT-RG now had new features, such as notifications when “specified terms of interest,” presumably words or names flagged by analysts, were used during phone conversations, or when a targeted speaker was identified based on previous recordings. (For more on voice recognition, see this Intercept report and follow-up.)

Voice-monitoring capabilities were provided by a system called ONEROOF, which held audio intercepts. Together, ONEROOF and RT-RG enhanced “the warfighter’s ability to ‘find, fix, and finish’ the adversary,” that is, to locate, kill, or capture a human target, an NSA liaison to the military’s Central Command told SIDtoday.

So-called target development procedures that would normally require an analyst on the other side of the globe to query different databases and use a number of tools to manually enrich the intelligence were automatically available in RT-RG, provided it had enough data.

For example, instead of an analyst manually querying phone metadata for specific events that would help determine the likely “bed down” location where a target would sleep, RT-RG would automatically pre-calculate such locations for all entered targets. It would automatically look for people traveling with a target. And it would visualize the results of these traditionally time-consuming tasks with color-coded overlays on satellite images, so that military commanders could make quicker, and supposedly better, decisions in the theater.

RT-RG did not just make U.S. forces more lethal; it changed how they fought. A longtime NSA analyst put it this way in SIDtoday: Unlike in Vietnam, where the enemy mainly used Morse code over the radio, today’s enemy “is mainly using the mobile phone to communicate.” New technology “has allowed us to exploit a mobile communication for its content (‘find’) (..) and pinpoint its location (‘fix’) within a very small radius,” requiring “only a platoon-sized force (if that) … to action (‘finish’) the target.” A platoon normally includes roughly one dozen to four dozen soldiers.

In the words of the then commander of U.S. and allied Afghanistan forces, Gen. David Petraeus, quoted in a presentation prepared for a conference of technical minds from the NSA and its closest allies, “RTRG is the most significant [signals intelligence] support to the war fighter in the last decade.” But while RT-RG would reduce the number of troops needed on the ground, it coincided with an increased number of NSA staffers and soldier-spies deployed to war zones. As former NSA Deputy Director Rick Ledgett stated publicly, the NSA “deployed 5,000 NSA people to Iraq, and 8,000 to Afghanistan – and in total 18,000 to hostile areas around the world.”

At the same time, reliance on signals intelligence, or “SIGINT,” increased dramatically in the battlefield.

“Over 80% of combat operations in Afghanistan are driven by SIGINT or have SIGINT contribution,” former NSA Afghanistan representative Brian Goodman told SIDtoday in 2009. ”That is an indisputable fact. … Not a single combat operation goes on without SIGINT coverage.”

Two years later, in 2011, RT-RG “played a key role in 90 percent of all SIGINT developed operations,” according to the conference presentation. This translated to 2,270 capture/kill operations, 6,534 “enemies killed in action,” and 1,117 detainees. In comparison, the U.S. recorded 415 casualties in Afghanistan in 2011, while the U.K. and other nations recorded a total 148, according to iCasualties.org. (The presentation did not qualify the terms “enemy” or “killed in action,” or mention whether operations based on intelligence from RT-RG lead to the death or capture of the wrong people.)

As RT-RG became increasingly central to waging war in Afghanistan, the U.S. encouraged allies to put more data into it, upping their complicity in what would later be exposed as a deeply flawed infrastructure for killing and capturing those flagged as enemies.

The U.S. side of this system for killing people, often on the basis of phone monitoring, has been documented. One Intercept report described how U.S. drone strikes would hit the wrong people because targets had begun swapping identifying SIM cards out of their phones, aware of their adversary’s ability to track handsets. Another report, part of the Drone Papers, detailed how, during a five-month campaign in northeastern Afghanistan, “nearly nine out of 10 people who died in airstrikes were not the Americans’ direct targets.” The Drone Papers also revealed how “military-aged males” killed in drone strikes would be labeled as enemies killed in action unless there was information indicating otherwise.

An example from a presentation about RT-RG’s ability to visualize intercepted data spatially. This “heat map” show a target’s call activity (blue means “fewer calls,” red means “more calls”). A text message sent by a target is automatically translated from Arabic and overlaid on Google Earth. This information helps a military commander “find, fix, and finish” the adversary.

[babyawacs]

#energy howdidyou implement tunnelings that no LNL6 can simulate and not ateration of LNL6chips evercan .@energy @wired @wireduk @intel @apple .@intel .@energy @energy @ornl @arm @amd @nsagov @gchq @darpa #sigint confirm or deny

#energy howdidyou implement tunnelings that no LNL6 can simulate and not ateration of LNL6chips evercan .@energy @wired @wireduk @intel @apple .@intel .@energy @energy @ornl @arm @amd @nsagov @gchq @darpa #sigint confirm or deny

#energy howdidyou implement tunnelings that no LNL6 can simulate and not ateration of LNL6chips evercan .@energy @wired @wireduk @intel @apple .@intel .@energy @energy @ornl @arm @amd @nsagov @gchq @darpa #sigint confirm or deny internally: hardtomove network parts easy to secure network parts #LNL7 easy to access hard tosecure #LNL6 notjust for computers but for network equipment all lnl7? as…

[militaryleak]

Elbit Systems Introduces Airborne EW Training and Simulation System

Elbit Systems Introduces Airborne EW Training and Simulation System

Elbit Systems launches the Aircrew Mobile Simulation and Training Field (AMSTF), an Electronic Warfare (EW) system enabling effective and efficient EW Training and Simulation (T&S) for pilots against realistic EW threats.

Edgar Maimon, Executive Vice President and General Manager of Elbit Systems EW and SIGINT – Elisra, commented: “As EW readiness becomes paramount to mission success and…

[weirdsatellites]

SIGINT #688 from NROL-129 (CONFIDENTIAL) 1. Hellmouth of Mirrors 2. Cuttlefish Realm 3. AI Simulation

[defpost]

Rivet Joint Operational Flight Trainer Simulator Unveiled at RAF Waddington

#RivetJoint Operational Flight Trainer Simulator Unveiled at #RAFWaddington. #RC135W

A flight deck simulator which provides Rivet Joint pilots with state-of-the-art training has been unveiled at the Royal Air Force (RAF) base, RAF Waddington.

The RAF is the first to take delivery of the Rivet Joint Operational Flight Trainer which incorporates the very latest glass cockpit technology with traditional cockpit dials having been replaced with flat-screen technology. The simulator…

[technato]

TE Connectivity: Focused on a Connected Future

TE Connectivity is focused on creating a safer, sustainable, productive and connected future.

p.intro { font-family: Georgia, “Times New Roman”, Times, serif; font-size: 18px; line-height: 1.35em; border-top-width: 5px; border-top-style: solid; border-top-color: #ddd; padding-top: 22px; } p.intro img { padding-bottom: 20px; } p.intro2 { font-family: Georgia, “Times New Roman”, Times, serif; font-size: 18px; line-height: 1.35em; }

p.sectionTitle { color:#a3744e; padding-top: 22px; font-family: Arial, Helvetica, sans-serif; font-size: 20px; margin: 0; } .articleSection{ border-top: 5px solid #ddd; float:left; width:100%; } .article-detail article p.sponsorDisclaim, .article-detail p.sponsorDisclaim { font-family: “Theinhardt-Regular”, sans-serif; font-size: 12px; line-height: 1em; margin: 0 0 1em; } .sponsorBlock { float: left; margin: 20px 30px 10px 0; }

@media screen and (min-width:768px) and (max-width : 1279px), screen and (min-width : 1280px) and (max-width : 1599px), screen and (min-width : 1600px) { .sponsorLPg .item{ width:300px; float:left; margin:0 20px 20px 0; } .sponsorLPg .sponsorLPgsection2 .item{ width:200px; float:left; margin:0 60px 20px 0; } .sponsorLPg .sponsorLPgsection2 .item figure.sm{ width:100%; } .sponsorLPg .item .mainImg img{ margin:0; } .sponsorLPg .item figure figcaption { color: #FFF; font-size: 13px; } .sponsorLPg .item a p{ margin:0 0 .5em; } .sponsorLPg article.item h3 { font-family: “Theinhardt-Medium”, sans-serif; } .sponsorLPg .item h4{ margin:0 0 6px; font-size: 16px; } .sponsorLPg .item h4 img{ margin:-4px 4px 0 0; } p.sectionTitle { margin: 0 0 20px 0; } }

@media screen and (min-width:768px) and (max-width : 1279px) { #medium-content { width: 960px !important; float: none; } .sponsorLPg .item{ width:220px; float:left; margin:0 20px 20px 0; } .sponsorLPg .item figure.med{ width:100%; float:left; margin:0 20px 20px 0; } .sponsorLPg .sponsorLPgsection2 .item{ width:200px; float:left; margin:0 35px 15px 0; } .sponsorLPg .sponsorLPgsection2 .item figure.sm{ width:100%; } } @media screen and (min-width : 1280px) and (max-width : 1599px) { #medium-content { width: 1280px; float: none; } }

@media screen and (min-width : 1600px) { #medium-content { width: 1280px; float: none; margin:0 auto; } }

#comments-section { overflow: visible; }

#comments-section { clear: both; }

  This content is brought to you by TE Connectivity.

TE Connectivity is focused on creating a safer, sustainable, productive and connected future. TE Connectivity is the go-to engineering partner for today’s innovation leaders and technology entrepreneurs, we are helping solve tomorrow’s toughest challenges with advanced connectivity and sensors solutions.

The Car in the Age of Connectivity: Enabling Car to Cloud Connectivity

Learn how TE Connectivity is transforming technology to enable the connected car

Driving Transportation to an Emissionless Future

Learn how Nikola Motor Company partnered with TE Connectivity to enable fully electric hydrogen powered long-haul trucks

<!–

Three Trends Driving the 5G Test Paradigm

The 5G New Radio (NR) standard is here, and it's being tested and trialed right now.

5G New Radio InterOperability Device Testing for 28 GHz

InterOperability Device Testing (IODT) determines whether the base station and device can establish and maintain a robust communication link that can carry out 5G performance in prescribed test conditions.

Real Time Direction Finding and Spectrum Monitoring with Software Defined Radios

In-Depth Webcast With a Focus on SIGINT and Electronic Warfare Available Now

Spectral Monitoring for Drone Defense Applications

Unmanned Aerial Vehicles (UAVs), commonly known as "drones," have been gaining popularity in recent years.

Using the LabVIEW Communications System Design Suite to Increase Spectral Efficiency for Wireless Communication

Networks must deal with tight latency constraints while keeping energy consumption in check

A Look at the Future of 5G

Emerging 5G Applications

Applications of Device-to-Device Communication in 5G Networks

In this white paper, learn about D2D and how it enables fifth generation (5G) wireless network communication from short-range wireless to vehicle-to- vehicle.

HIL Simulation is the New Normal in V2X Testing

The connected car designs are also experiencing a constant proliferation in the number of vehicular radar systems while they are dealing with increasingly complex and independent subsystems.

Introduction to the NI MIMO Prototyping System Hardware

As more devices are connected wirelessly, the need for wireless technologies that can handle increased data and capacity demands has grown exponentially.

Automotive Applications of Device-to-Device Communication in 5G Networks

Device-to-device (D2D) communication refers to the technology that allows user equipment (UE) devices to communicate with each other with or without the involvement of network infrastructures such as an access point or base stations.

NI Announces New mmWave Radio Heads Targeted at 5G NR Research and System Prototyping

As the first phase of 5G NR wraps up and the 3GPP finishes defining the communications protocol, the standards body also has identified specific frequency bands intended for 5G.

Download Your Free Evaluation of LabVIEW to Design a Wireless Communications System

This evaluation includes LabVIEW Communication System Design Suite, which includes next-generation LabVIEW packaged with relevant add-ons specifically for rapidly prototyping communications systems.

3GPP Release 15 Overview

3rd Generation Partnership Project (3GPP) members meet regularly to collaborate and create cellular communications standards. Currently, 3GPP is defining standards for 5G.

Wireless Research Handbook: 3rd Edition

Build 5G wireless networks and systems with software defined radio

–>

TE Connectivity: Focused on a Connected Future syndicated from https://jiohowweb.blogspot.com

[jobisitejobs]

Software Engineer 1 with Peraton

The position listed below is not with New York Interviews but with PeratonNew York Interviews is a private organization that works in collaboration with government agencies to promote emerging careers. Our goal is to connect you with supportive resources to supplement your skills in order to attain your dream career. New York Interviews has also partnered with industry leading consultants & training providers that can assist during your career transition. We look forward to helping you reach your career goals! If you any questions please visit our contact page to connect with us directlyDescription: TITLE: Software Engineer Level 1REQUISITION ID: CN20170###-####1LOCATION: Rome, NY We are seeking a junior Software Engineer to join a Research and Development team to design and develop software for a new, highly efficient microprocessor. These microprocessors will form the core of an emerging large scale computing environment. This is an excellent opportunity for motivated individuals to develop new software applications and become involved in all aspects of integrated circuit development from concept through fabrication and testing. JOB DESCRIPTION: Develop C applications for embedded processorsDevelop microcode for embedded processorsREQUIRED EXPERIENCE: 2+ years of experience in C, C++ programmingBachelor s Degree in Science, Math, Engineering1+ years of job experiencePREFERRED EXPERIENCE:A strong analytical and problem solver with excellent verbal and written communication skills.Microcode development experienceEmbedded system developmentSECURITY CLEARANCE:This position requires the candidate to already have a current Secret security clearance and to maintain the clearance.About PeratonPeraton provides innovative, reliable solutions to the nation s most sensitive and mission-critical programs and systems. Peraton has significant experience providing highly differentiated secure communications, space, and technology solutions to key customers, and has become a trusted partner on missions that are critical to the security priorities of the United States. Capabilities include complex software and technology services and solutions, as well as end-to-end mission operations abilities, including Software Systems Development, Cyber, Modeling & Simulation, Mission Operations, Signal Intelligence (SIGINT), and Quick Reaction Capabilities (QRC) / Research & Development. The company is headquartered in Herndon, VA, with approximately 3,500 employees across the U.S. and Canada.We are an Equal Opportunity/Affirmative Action Employer. We consider applicants without regard to race, color, religion, age, national origin, ancestry, ethnicity, gender, gender identify, gender expression, sexual orientation, marital status, veteran status, disability, genetic information, citizenship status, or membership in any other group protected by federal, state, or local law. Location: USA-NY-Rome Activation Date: Wednesday, August 9, 2017 Expiration Date: Friday, August 10, 2018 Apply Here Associated topics: algorithm, backend, c#, develop, developer, devops, perl, php, python, software engineer  SoftwareEngineer1withPeraton from Job Portal http://www.jobisite.com/extrJobView.htm?id=82055

[usajobsite]

Software Engineer 1 with Peraton

The position listed below is not with New York Interviews but with PeratonNew York Interviews is a private organization that works in collaboration with government agencies to promote emerging careers. Our goal is to connect you with supportive resources to supplement your skills in order to attain your dream career. New York Interviews has also partnered with industry leading consultants & training providers that can assist during your career transition. We look forward to helping you reach your career goals! If you any questions please visit our contact page to connect with us directlyDescription: TITLE: Software Engineer Level 1REQUISITION ID: CN20170###-####1LOCATION: Rome, NY We are seeking a junior Software Engineer to join a Research and Development team to design and develop software for a new, highly efficient microprocessor. These microprocessors will form the core of an emerging large scale computing environment. This is an excellent opportunity for motivated individuals to develop new software applications and become involved in all aspects of integrated circuit development from concept through fabrication and testing. JOB DESCRIPTION: Develop C applications for embedded processorsDevelop microcode for embedded processorsREQUIRED EXPERIENCE: 2+ years of experience in C, C++ programmingBachelor s Degree in Science, Math, Engineering1+ years of job experiencePREFERRED EXPERIENCE:A strong analytical and problem solver with excellent verbal and written communication skills.Microcode development experienceEmbedded system developmentSECURITY CLEARANCE:This position requires the candidate to already have a current Secret security clearance and to maintain the clearance.About PeratonPeraton provides innovative, reliable solutions to the nation s most sensitive and mission-critical programs and systems. Peraton has significant experience providing highly differentiated secure communications, space, and technology solutions to key customers, and has become a trusted partner on missions that are critical to the security priorities of the United States. Capabilities include complex software and technology services and solutions, as well as end-to-end mission operations abilities, including Software Systems Development, Cyber, Modeling & Simulation, Mission Operations, Signal Intelligence (SIGINT), and Quick Reaction Capabilities (QRC) / Research & Development. The company is headquartered in Herndon, VA, with approximately 3,500 employees across the U.S. and Canada.We are an Equal Opportunity/Affirmative Action Employer. We consider applicants without regard to race, color, religion, age, national origin, ancestry, ethnicity, gender, gender identify, gender expression, sexual orientation, marital status, veteran status, disability, genetic information, citizenship status, or membership in any other group protected by federal, state, or local law. Location: USA-NY-Rome Activation Date: Wednesday, August 9, 2017 Expiration Date: Friday, August 10, 2018 Apply Here Associated topics: algorithm, backend, c#, develop, developer, devops, perl, php, python, software engineer  SoftwareEngineer1withPeraton from Job Portal http://www.jobisite.com/extrJobView.htm?id=82055

[jobisite11]

Software Engineer 1 with Peraton

The position listed below is not with New York Interviews but with PeratonNew York Interviews is a private organization that works in collaboration with government agencies to promote emerging careers. Our goal is to connect you with supportive resources to supplement your skills in order to attain your dream career. New York Interviews has also partnered with industry leading consultants & training providers that can assist during your career transition. We look forward to helping you reach your career goals! If you any questions please visit our contact page to connect with us directlyDescription: TITLE: Software Engineer Level 1REQUISITION ID: CN20170###-####1LOCATION: Rome, NY We are seeking a junior Software Engineer to join a Research and Development team to design and develop software for a new, highly efficient microprocessor. These microprocessors will form the core of an emerging large scale computing environment. This is an excellent opportunity for motivated individuals to develop new software applications and become involved in all aspects of integrated circuit development from concept through fabrication and testing. JOB DESCRIPTION: Develop C applications for embedded processorsDevelop microcode for embedded processorsREQUIRED EXPERIENCE: 2+ years of experience in C, C++ programmingBachelor s Degree in Science, Math, Engineering1+ years of job experiencePREFERRED EXPERIENCE:A strong analytical and problem solver with excellent verbal and written communication skills.Microcode development experienceEmbedded system developmentSECURITY CLEARANCE:This position requires the candidate to already have a current Secret security clearance and to maintain the clearance.About PeratonPeraton provides innovative, reliable solutions to the nation s most sensitive and mission-critical programs and systems. Peraton has significant experience providing highly differentiated secure communications, space, and technology solutions to key customers, and has become a trusted partner on missions that are critical to the security priorities of the United States. Capabilities include complex software and technology services and solutions, as well as end-to-end mission operations abilities, including Software Systems Development, Cyber, Modeling & Simulation, Mission Operations, Signal Intelligence (SIGINT), and Quick Reaction Capabilities (QRC) / Research & Development. The company is headquartered in Herndon, VA, with approximately 3,500 employees across the U.S. and Canada.We are an Equal Opportunity/Affirmative Action Employer. We consider applicants without regard to race, color, religion, age, national origin, ancestry, ethnicity, gender, gender identify, gender expression, sexual orientation, marital status, veteran status, disability, genetic information, citizenship status, or membership in any other group protected by federal, state, or local law. Location: USA-NY-Rome Activation Date: Wednesday, August 9, 2017 Expiration Date: Friday, August 10, 2018 Apply Here Associated topics: algorithm, backend, c#, develop, developer, devops, perl, php, python, software engineer  SoftwareEngineer1withPeraton from Job Portal http://www.jobisite.com/extrJobView.htm?id=82055