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Blog post #8 - Cloud computing

For this week's blog we learned about cloud computing. Can be classified as buildings filled with servers delivering on-demand services over the internet.

Provider's servers act as host machines

Deployment

Private - used by a single organization

Public - IT infrastructure like servers and storage are offered as resources, accessible over the internet, and shared by multiple organizations

Hybrid - mix of both private and public clouds

Services

Saas: gives access to vendor's software on a subscription basis

Paas: used to develop and run applications w/o the need for building or maintaining the infrastructure

focuses on hardware and software tools

Laas: provides servers, storage, and networking

[em-techintp]

Blog #7 - Edge computing

Edge computing is a distributed computing paradigm which refers to a range of networks and devices at or near the user. This allows devices in remote locations to process data at the edge of the network, either by a device or a local server; Only the most important data is transmitted, minimizing latency and improving real-time performance.

Possible cases for cloud computing

self-driving cars - produce data that need to be processed instantly to prevent unsafe delays

traffic management - assist traffic control authorities in better-managing traffic through the instant processing of data collection. It can take into account the ground conditions and control traffic

How does edge computing work?

data generation - happens at the network's edge, devices like sensors and iot devices collect data, which is then processed locally before selectively transmitted to the cloud for further analysis.

edge devices - computing devices positioned at the network's edge, near data sources or consumers.

local processing - happens at network's edge, closer to data source, enables faster response times and lower latency

benefits of edge computing

integration with cloud - enables real-time data processing and faster decision-making

scalability and flexibility - distributes computing resources closer to data sources, enabling efficient adaptation to changing demands and real-time processing needs

cost savings - reduces bandwidth usage, storage needs, and operational expenses.

we also dove into types of edge computing like, for basic events, complex events, and servers.

that's it for this week's blog

[em-techintp]

Blog post #6 - computer security

This week's class we talked about threat assessment and computer security. Threats can into columns of malicious and accidental, and rows of external and internal. By processing and verifying the likelihood of these threats, you can manage and alleviate security risks.

That's it for this weeks blog

[em-techintp]

Blog post week 7 - Internet of Things (IoT)

This week's lesson was towards Iot, which is Internet of Things; we went through examples and layers.

Essentially, they're a network of physical objects that contain embedded technology to communicate or sense or interact with their internal states or external environments. Smart homes, smart cars, thermostats are good examples.

We also discussed classical iot architecture models, and to summarize:

Classical iot architecture models

----- onem2m architecture ------

supports both ip and non-ip-based systems through interworking proxy entities (IPE)

application layer - interactions with the device itself

service layer - provides case independent functions

network layer - manages the connectivity and communication between iot devices and the service layer

----- iot world forum reference model ------

most important feature of the model is the bidirectional flow of data across various layers

layers

physical devices & controllers - things

connectivity - communication

edge computing - storage and data analysis

data accumulation - formatting and sorting

data abstraction - filtering and storing

application - software and algorithms

collaboration & processes -integration of lower layers into business applications

iot is important as it allows automation for a multitude of tasks and helps improve overall security.

That's all for this week's blog, adieu~

[em-techintp]

Blog post [week 6] - Quantum Computing

This week's lesson was about quantum computing. Unlike classical computers that use binary digits (0's and 1's), they use qubits. Qubits, through superstition, use 1's and 0's simultaneously and this allows for parallel processing.

There's also a phenomenon where two or more qubits are entangled, where they become linked in such a way that they pretty much share the same fate, no matter how far apart hay are, allowing for complex correlations and computations - this is called "Entanglement".

On the contrary, decoherence happens when a qubit loses its quantum properties (superstition and entanglement), usually occurs due to interactions with its environment. This leads to errors and hinders reliable computation.

Hardware main components

Quantum data plane - core of quantum computer, includes physical qubits and structures required to hold them in place

Control and measurement plane - converts digital signals into analog or wave control signals. Analog signals perform operations on Quantum data plane

Control processor plane and host processor - Implements quantum algorithm.

We also went through a little bit on types of quantum technology like: gate-based ion trap processors, gate-based superconducting processors, photonic processors, neutral atom processors, Rydberg atom processors, and quantum annealers

Quantum computing is capable of revolutionizing industries, but right now it's only in its early stages. In any case, this sets a stage for something grand, maybe not today, but in the near(or not) future!

[em-techintp]

Blog post #3 - week 5 - Blockchain

This week, we discussed in class about blockchains; as well as its types and phases.

Blockchain is an advanced database mechanism that allows transparent information sharing within a business network. It works like a shared digital notebook that everyone can see, but no one can alter on their own.

Now, what're the different types of Blockchains?

Public: open to all

Private: requires permission to use

Hybrid: combination of public and private

Consortium: used by multiple organizations

Phases of Blockchain:

Phase 1: Emergence of Blockchain

marked the introduction and early development of this technology, driven primarily by the launch of Bitcoin.

Phase 2: Expansion and Diversification

led to the development of new cryptocurrencies and innovative applications

Phase 3: Mainstream Adoption and Innovation

gained widespread acceptance and continues to evolve with significant innovations and broader applications

Why is blockchain important?

It's important because it offers a secure, transparent, and efficient way to record and verify transaction. This builds trust and reduce costs across various industries by eliminating intermediaries and enabling faster, more reliable processes.

That's it for this week 5, cya~

[em-techintp]

Blog post #2 - Business gaps

This is week 3 of INTP-301. So far since last time, we covered gap analysis - its template, process as well as tools like SWOT, PERT, Nadler-Tushman congruence model, but mostly SWOT. To add on, dipped our toes in frameworks, unknown unknowns, and CMMs.

What I really like about SWOT is its ease of use. It has a simple structure and is still effective. PERT, I believe is used more for heavily time dependent projects; it has a complex structure, which still throws me for a loop sometimes. Right now we are assigned a task to use these tools to determine the gaps of companies of our choosing. I'm doing my research on one of the largest financial institutions in the US, Wells Fargo, just got out of a massive headache, so I should be able to get it done this evening.

On the cynefin framework, we shed light on various levels ranging from clear(known knowns) to chaotic; if you don't know where you stand, you are in disorder. With each level requiring different levels of expertise and priority.

These tools help spot a business's strengths, weaknesses, areas to improve on, and places of caution. As well as determine the right course of action in any given situation.

[em-techintp]

Blog post #1 - Introduction

Hi, my name is Kurt, currently taking ITS at SAIT. This is post 1 of I'm assuming 13 or 14. To give a little background, I do anything art related as a side thing; portraits, painting, animation, both digital and traditional. I procrastinate a lot, but I like trying out new stuff and learning about things I didn't even know were a thing.

I was never really interested in the program itself - literally just got out of high school, what I had in mind was this, civil engineering at Edmonton, or the animation studio at BC. Ngl I just searched up top 10 highest paying jobs in 2024, and now I'm here. I've seen some real passionate people in this program, really happy for them. Here's me hoping I could find the same passion for this in the future.

Speaking of future, emerging technologies, not sure if we'll cover how they arise. Like trends, rotary dial comeback? or perhaps some major breakthroughs, where's the flying cars fr. AI's been a hit lately, been seeing a lot of robots and stuff lately on my feed. Realbotics I think it was? idk, that's all I got rn, my brain is fried, good day~

me writing this blog at 12am fr