₦airaland Forum

PulsingPurple:
Ohhh, well then...

Download NINAuth on Apple or Playstore . The old Nmic app was good now it is not online .

PulsingPurple:
Snapnet guys are the ones building government websites?

Whatever the case, it's very shameful.
But would you have any idea what process it takes to insert that type of malware (or whatever it's called).

There are many contractors like d accubin limited but I think that was the old portal it isn't functional.

PulsingPurple:
So if you go to https://myportal.nimc.gov.ng (the official NIMC Portal, it'll refuse to connect.

But somehow, by some strange means, if you refresh the error website, it'll immediately redirect you to a different place and create some dubious interface, and in some seconds, it'll start downloading a virus.

I'm not sure what the virus does cos my Adblocker grabbed it in time, but mehn, weird stuff.

Second and third picture is what happens after hitting reload without any other input

4th picture is for devs who grab what I saw there (that's from Chrome Dev tools)

Cyber guys in the house can you analyse the stuff and see what it's all about? And how it's even possible in the first place

Lol they forgot to pay the cyber security guys and .NET core guys from snapnet . The company isn't even existing.

platymus:
Well, Great!
Couple of questions:
1. Did you build the frontend and the backend with AI?
2. did AI build the database for you or you are using third-party APIs?
3. Did AI do the testing for you?
4. Is the app in production now?
Answer these ones first, I have more questions

Using a Cronjob to fetch data from third-party like Sportradar or Lsports APIs can automate the process, making it more efficient. If you create your own APIs manually, it'll require daily updates, which can be time-consuming.
Before we proceed, do you have API keys for Sportradar or Lsport. There are Many alternatives.

Wow! you really try I doubt you used AI look like a project built by 5 developers to be honest . I found out u use React js and Supabase I don't know the api u used actually the hosting was Namecheap. You could sell it to acquire.com for millions of dollars or hundreds of thousands of dollars Or just looking for a wealthy investor to push it global.

Google, Amazon and Nvidia should create AI an based Qaas (Quantum as services ) making younger people to be involved in deployment of their solutions and systems to the Network. Like vibe quantum your research.

Integrated libraries and frameworks for seamless development. Users could tap into quantum resources without needing expensive hardware.

With this researcher will be focusing on experimentation and learning leaving the hard parts for the Qaas . With these we can focus clearly on edge IoT computing. The power of hybrid compute and cloud will combine harmonizing power problem solving abilities.

Add prescription, print prescription, optional test results, doctor-patient chats. Manage meds and medical history . I know you use Js and HTML5 . You use AI to write some logic in your codes . I like your MVP project but you need add the features stated to be used.

Nvidia's latest AI semiconductor, Vera Rubin, is set to revolutionize the tech industry with its impressive performance. Vera Rubin is scheduled for release in the second half of 2026 and will feature HBM4 memory, promising significant improvements in AI computing .

The limitations of traditional DRAM chips are becoming increasingly apparent as AI models grow more complex, requiring massive amounts of data to be processed simultaneously. In contrast, High Bandwidth Memory (HBM) chips offer a solution to this challenge. By employing a 3D stacking architecture, HBM chips provide significantly higher bandwidth than traditional DRAM, facilitating shorter data paths and faster communication between the processor and memory.

This enables AI applications to train on larger and more complex datasets, leading to more accurate and powerful models. Additionally, HBM offers several advantages as a memory interface for 3D-stacked DRAM, including lower power consumption, a smaller form factor, and improved performance. For example, HBM uses less power than DDR4 or GDDR5, making it an attractive option for high-performance computing applications.

The benefits of HBM are evident in its evolving specifications. With the introduction of HBM3, bandwidth has jumped to 819 GB/s, and maximum density per HBM stack has increased to 24 GB, allowing for the management of larger datasets. As HBM continues to evolve, it is likely to remain a key component in the development of more powerful and efficient AI systems, coinciding with the launch of the latest TPUs, GPUs, CPUs, and FPGAs. Overall, HBM is playing a crucial role in addressing the memory challenges posed by complex AI models, enabling faster and more efficient processing of large datasets.

The shift from traditional point-to-point copper cabling to an in-rack switch tray represents a significant evolution in TPU cluster design. This transition aims to improve reliability, simplify deployment, and reduce the physical complexity of massive AI supercomputers.


Below is a breakdown of the TPU-256 Pod scale-up architecture based on your specifications.

1. The Cube Layer (Intra-Cube)
A Cube serves as the fundamental building block of the pod.
Composition: 64 TPU chips arranged in a 4 × 4 × 4 3D torus topology.
Traditional Method: Historically, these chips were linked via high-speed ICI (Inter-Connect Interface) copper cables.
The Switch Tray Innovation: By introducing an in-rack switch tray, the "spaghetti" of manual copper cabling is replaced. This acts as a backplane or centralized routing hub within the rack, which:
Reduces failure points: Fewer manual cable connections mean fewer physical errors.
Improves Thermal Management: Less cable bulk allows for better airflow or more efficient liquid cooling routing.

2. The Pod Layer (Inter-Cube)
To scale from 64 to 256 chips, four Cubes are networked together to form a Pod.
Connectivity: This layer uses OCS (Optical Circuit Switching).
Mechanism: Unlike traditional packet switching, OCS uses MEMS (Micro-Electro-Mechanical Systems) mirrors to physically steer light beams between fiber optic cables.
Benefits:
Flexibility: Allows for dynamic reconfiguration of the pod topology without physically unplugging cables.
Low Latency: Optical switching happens at the physical layer, avoiding the "hop" delays found in electrical packet switches.
Reliability: If a Cube or a specific rack fails, the OCS can "wrap around" or bypass the failed unit to keep the rest of the 256-chip Pod operational.

3. Comparison of Interconnect Technologies
.This hybrid approach—using electrical switching/trays for local, high-density traffic and optical switching for larger-scale networking—allows Google to treat a 256-TPU Pod as a single, massive, and resilient computer. The switch tray specifically addresses the "cabling crisis" that often occurs when scaling hardware to these densities.

Nigeria need an AI ambulance App with high emergency response services like fire alerts and security. All hospitals should register in the project. The app will have geolocation functionality for each states or regions. At least this can solve problem of quick response. Like the Uber of AI ambulances rentals.

Revealpanda:
Lol... Am I missing something? Are U even important in this forum?

Everyone on this forum are important bro impersonation is a serious offense to be frank will you be happy if someone is trying to commit such act against you .

Austinee001:
I guess it goes with AI AND AUTOMATION

Check how to use n8n , Zapier , make and Microsoft foundry. Check YouTube and Udemy for video to learn. Download the videos to keep practicing.

I just received a message from a user that someone is trying to scam him claiming to be me . I advice you if you encounter anyone trying to extort money or doing anything fraudulent. Don't respond to such fraudsters block them . I'm not asking anyone for money or personal info. Be cautious and verify the source before taking any action. Stay safe.

Please BEWARE! Some malicious individuals are operating in this space and are attempting to tarnish my image by impersonating me. They are trying to scam people out of money and personal data.

I will remain vigilant against any suspicious requests or attempts at impersonation. Please continue to report anything you find concerning

Austinee001:
Oga alphabyte someone tried to impersonate you when I asked for your numberr my oga please quote me if you get this message

Don't answer, the person is a scammer please ignore them.

True happiness comes from self-validation, not external opinions. Believe in yourself and your worth, and you'll be more likely to succeed in your career or entrepreneurial endeavors. Self-confidence is key!



Unknown

The Android AI Samples repo has code examples showcasing Google's AI tech, including Gemini and more written in kotlin.




https://github.com/android/ai-samples/tree/main/samples

If you can create a hybrid classical tool like blender /Maya and cinema4d for 3d to 4d simulation plugin for hybrid quantum it will be more awesome. Look at a qasm code simulator you can play with on any devices online.
https://github.com/itsubaki/qasm-playground


Data can be simulation and analyze but it won't be 100% perfect because of various factors. You can make a quantum Simulation as a service if you know how to code in various languages like C++ , python, Rust, Q# and Go

Simulations come in various forms, supporting decision-making, risk analysis, and optimization across fields. Types include:

-Molecular Dynamics (MD) Simulation:
Models atoms and molecules interacting via physical laws. Examples: protein folding, materials science.

- Monte Carlo Simulation: Statistical modeling for risk analysis and prediction.

- Agent-Based Simulation: Models complex systems with autonomous agents.

- Discrete Event Simulation: Models systems with discrete events and queues.

- System Dynamics Simulation: Models complex systems with feedback loops.

- Game Theory Simulation: Analyzes strategic decision-making.

- Virtual Reality Simulation: Immersive, interactive simulations for training, gaming, and military purposes.

- Process Simulation: Optimizes business processes.

- Financial Simulation: Models financial systems and portfolios.

- Telecommmincation simulation:This deal with all aspects of network communication and surveillance.

- Analog Quantum Simulation: Uses physical systems, like ultracold atoms or trapped ions, to mimic quantum behavior.

- Digital Quantum Simulation: Uses quantum gates and algorithms to simulate quantum systems.

- Hybrid Quantum Simulation: Combines classical and quantum computing to solve complex problems.

- Astronomical simulation: control of space ship and and objects in space and controlling millions of robots in space.

- Tensor Network Simulation: Represents quantum states using tensor networks,
efficient for simulating many-body systems.

- State Vector Simulation: Stores and evolves quantum states using state vectors, suitable for small-scale quantum systems.






Others Simulation types include Numerical, Discrete Event, System Dynamics, Real-time, Digital Twins, and Machine Learning-Based simulations in classical computing. Quantum simulations include State-Vector, Density Matrix, Tensor Network, Stabilizer, Quantum Monte Carlo, and Hamiltonian Solvers on classical machines, and Hamiltonian Simulation, VQE, QPE, Boson Sampling, and Quantum Annealing on quantum hardware.
These simulations enable researchers and professionals to analyze complex systems, predict outcomes, and make informed decisions in fields like finance, business, gaming, and more.

In future we we have environmental robots that can clean air using carbon capture, sea using advance net mesh and land by sensors using advanced systems and digital twin simulated tasks , autonomous and teleoperated robots

If you're a global robotics engineer the new field is multi-agents collaborative robotics and more running on simulation.This will help efficient communication and work between robots.

We don't have all the resources to build a 3d game like call of duty through AI now but we can work on templated designs to redesign them. The future would be better according to Anthropic founder AI will make coding easier and make the work faster but the outcome it might reduce jobs online hardware engineer will be counting millions of dollars.

Integrate mid journey and nano banana agents for engineering is a good idea since. It is already revolutionize medicine,finance and education. The mid journey create the image and nano banana tells the parts needed to assemble the components or parts. In the future this will have a agents to convert the images to 3d design software for printing.


The future of AI is now top talent cost $100m so we need some engineers to leave Nigeria to work with cinema4d, Autodesk and blender

NairaX:
You're right....GPT is def in its own world . They've been around for years before Google caught the AI fever.

I think GPT-6 may be aware. I mean it may possess something close to human conciousness.

Elon musk is planning to upload consciousness using LLM neuro pathways just like the replica movie or free Guy movie tech is getting strange at least we don't need such Level because of various religious beliefs and ethics.

SourYoghurt:
Thank you Alpha, I am yet to start SB, I am currently learning Java, I will bookmark and check back when I start SB. I am grateful

Welcome bro ! glad to see your enthusiasm toward Java.

Infineon , NXP, Arrow.com ,or ST for sim card and router manufacturing. The chips are built by different company while the plastic is mixed and imprinted with the trademark.

airsaylongcome:
I'm highly interested in the Captive portal and billing segment of it. Considerable side gig experience on that, working for a non-Nigerian WISP

Airspan offers Open RAN (Radio Access Networks) to connect seamlessly to multiple vendors Just integrated it to the cell tower and antenna access granted but it requires legal permissions.

The systems and various network technologies, including:

- xDSL (Juniper, Mikrotik, Cisco, etc.)
- WISP (Ubiquiti, Cambium, Ruckus, etc.)
- WiFi Hotspots (Mikrotik, Nomadix, etc.)
- LTE/5G (Airspan, Telrad, etc.)
- Mobile 2G/3G (MNO, GPRS, etc.)
- IoT, Voice/VoIP, DPI, WiMAX/AeroMax, and VSAT

There two ways of building svelte and spring boot by building the it together src/main/webapp/svelte Or split it into backend (server) and frontend (client). Your build tool (Vite, Webpack, etc.) would need to be configured to recognize. Use JavaScript's fetch API or a library like axios within your Svelte components to make HTTP requests to your Spring Boot backend's REST APIs.



Checkout this guide Maybe it might be useful.

https://www.nairaland.com/7385642/spring-boot-tutorial-beginners

Kaczynski:
our military has drone jammer but they dont use it, their reasonable weapons are packing in a store at abuja gathering dust.

any criminal can bypass nin and bvn easily

Is so sad Nigeria is still backward Egypt, South Africa and Ghana are growing in might rapidly.
If they can increase the range using a colossal satellites the it will jam frequencies of targets.
We need ground and space based satellites.