The question.
Started asking how a 1.4 kg organ produces memory, curiosity, and self-awareness from nothing but electrical signals. Not the textbook answer. The real mechanism. The thread that ran through every project since.
Verace AGI is building the architecture that comes after the transformer. A system that remembers in one shot, learns without supervision, consolidates knowledge during offline phases, and monitors its own uncertainty. Our goal is artificial general intelligence grounded in the structure of cognition itself.
Started asking how a 1.4 kg organ produces memory, curiosity, and self-awareness from nothing but electrical signals. Not the textbook answer. The real mechanism. The thread that ran through every project since.
Graphs Camp. Top 50 out of 40,000+ competitors. Graph theory, combinatorics, and the kind of sustained deep work foundational problems demand.
Back-end C++ for live trading. Real-time market data feeds for Binance and Deribit. First engineering role. First lesson in shipping code where a missed millisecond was money.
Shipped an AI platform with 100+ integrations, dual-agent orchestration, real-time voice. Saw every LLM failure mode from the production side. Watched the industry paper over the same holes, month after month.
Wrote and shipped a first-edition book on quantitative finance and order flow. Proof I could take a dense, technical topic and compress it into a coherent framework readers can follow.
The Artificial Brain: tried to build cognition on top of SLMs. The conclusion was clear. The foundation itself is wrong. StreamRAG v2 shipped the same quarter with sub-millisecond graph latency.
Left Incredible. Decided no one else was going to build the architecture from scratch. Wrote the first lines of VCI the same week the company was registered. Solo, no fallback.
Six months in. Cortical architecture built from first principles. Seven pillars integrated into one running system. Seven patents pending. Training at scale as you read this.
API launches in H1. First enterprise contracts in Q2. Legal vertical in H2. From a question in 8th grade to revenue in ten years.
Founder & CEO
It started with a question in 8th grade: how does the brain actually work? Not the textbook answer. The real one. How does a 1.4 kg organ produce memory, curiosity, dreams, and self-awareness from nothing but electrical signals? That question never went away.
Working on production AI every day at Incredible, across chat, voice, and agents spanning hundreds of integrations, the cracks became impossible to ignore. Every month brought a new memory hack, a new RAG framework, a new context window extension. All patching the same fundamental problem: transformers don’t remember, don’t learn, and don’t know what they don’t know.
Drafted "The Artificial Brain" in late 2025, published early 2026. An attempt to build a brain-inspired architecture on top of transformers. The result was clear. The transformer structure is wrong. You cannot bolt memory, sleep, and curiosity onto an architecture designed for machine translation in 2017. The foundation itself needs to be replaced.
The realization crystallized. If real intelligence requires cortical columns, local learning, episodic memory, neuromodulation, and consolidation, then someone has to build it from scratch. Not as a research proposal. As working code. Left Incredible in March 2026. Verace AGI was born.
In the months that followed: VCI. A complete cortical column network. One shot episodic memory. Local learning without backprop. Autonomous sleep consolidation. Not a modified transformer. A replacement for it.

Krrish Choudhary
LNMIIT Jaipur · Class of 2027
The paper that proved transformers are wrong. Attempted a brain-inspired architecture on top of transformers — the result was clear: the foundation itself needs to be replaced. Published IJTRP, Vol. 2, Issue 2, February 2026.
Real-time incremental code graph system with native parser daemons for 8 languages. Sub-0.05ms latency across 20K+ lines. Published IJTRP, February 2026.
Published book on Amazon, First Edition. Quantitative finance and order flow analysis.
A multi-signal fusion approach for Swiss legal information systems. Currently in production.
AI platform integrating 100+ third-party services with custom LLM fine-tuning, dual-agent architecture orchestrating 300+ services, and real-time voice assistant.
Low-latency C++ integrations for real-time market data from Binance and Deribit.
The architectural claims that differentiate VCI from every existing approach are being filed. The moat is at the architecture level, not at the weights level.
One-shot encoding with reliability-scored retrieval. Memory lives in writable structures, not frozen weights.
Per-column analytical updates. No global gradient graph. Linear cost at scale.
Autonomous rest-replay-integrate phases. System improves between interactions without new input.
Per-step confidence tracking. The system reports what it does not know and deliberates when unsure.
Columns grow, split, merge, and prune at runtime. Architecture reshapes to workload, not fixed at training.
Catastrophic-forgetting prevention. New skills layer on top of existing knowledge, shielded by design.
Context scales linearly with length via associative memory. No quadratic cost wall, no hard cutoff.
note · each filing corresponds to a mechanism live in VCI today.
Four commitments. Every decision at Verace AGI is downstream of these.
Research first. Code second.
We start from first-principles arguments and published research. Every architectural choice in VCI traces to a paper or a peer-reviewable claim. No design is a hunch. If we cannot argue why it should work before we build it, we do not build it.
Architecture beats scale.
Scaling transformers will not reach AGI. The limit is not compute. The limit is that the architecture was engineered for machine translation in 2017. More parameters of the same thing do not produce memory, reasoning, or self-awareness. A different substrate does. LeCun agrees. He raised roughly ₹8,600 Cr on the same thesis.
Biology is the blueprint.
Every mechanism in VCI maps to a real structure of cognition. Remove one and a specific capability disappears. We do not invent mechanisms. We port what is already proven to work in the only system we know that reaches general intelligence.
Honest engineering.
No faked benchmarks. No demos we cannot reproduce. No model sizes we have not actually trained at. If it is shipped, it is shipped. If it is not, we do not pretend. The moat is the architecture. It speaks for itself.
Every AI company makes promises. These are the commitments we refuse to make. Our anti-promises are stronger than most companies promises.
Train on user data without consent.
Private data stays private. VCI is architected so every memory has provenance. If a customer asks, we can show what the system learned and from whom.
Ship demos we cannot reproduce.
Every claim on this site is defensible. When we show something working, it works. When we do not, we say so.
Publish benchmarks we cannot back.
No cherry-picked evals. No comparison charts tilted by prompt engineering. When we publish numbers, they come from actual runs, on public settings.
Scale without validating the architecture.
Size follows proof. We are not scaling parameters to mask a broken substrate. We are finishing the training run, then scaling.
Raise without a plan to ship.
Every round has a clear use of funds and a ship date. Pre-seed closes the gap from training complete to API live. That is what the round buys.
No marketing team wrote this page. I did. Every line, every claim, every commitment, every number. I mean all of it.
Nine years ago this was a question. Today it is a company, two papers, seven patents pending, and an architecture training at scale. The question never changed. Everything else around it did.
If any of this resonates, reach out. If it does not, I hope at least you enjoyed the read.
Thanks for making it this far.