CyberDojo Technologies Pvt Ltd engineers enterprise-grade artificial intelligence, predictive data platforms, and adaptive cybersecurity systems for organizations operating at the frontier of digital risk. We build the infrastructure of tomorrow — forged in code, tempered in combat.
Our practice is sharpened to a razor edge across three converging disciplines. Each capability stands alone. Together, they form an integrated doctrine for the next era of computation.
From custom LLMs to computer vision and agentic autonomous systems, we architect AI that ships to production. No demos. No vapor. Just deployed intelligence.
We build data platforms that turn petabytes of operational chaos into decisions. Forecasting engines, real-time dashboards, probabilistic models that hold up in production.
From red-team exercises to 24/7 SOC operations and zero-trust architectures. We defend assets that matter — before the breach, during the incident, and long after.
Answer four questions. We'll map your needs to a recommended stack — scope, modules, timeline, and engagement model. No email required.
SCAN.TARGET :: STANDBY
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A simulated view of the CyberDojo Sensei SOC — showing attack vectors, origin geolocation, and neutralization events streaming in from our monitored estate. Data is illustrative of live operations.
Two decades. Multiple industries. One conviction: the future belongs to those who fuse artificial intelligence with disciplined engineering and uncompromising security.
Karan Dhaul is a technology entrepreneur and strategist operating at the crossroads of artificial intelligence, energy intelligence, and enterprise security. With over two decades of leadership across India's most complex sectors — from renewable grid operations to tactical security services — he founded CyberDojo Technologies Pvt Ltd to consolidate a singular conviction: that the organizations of the next decade will be defined by how intelligently, and how defensibly, they operate on data.
He concurrently serves as Director at AION Private Limited, a patented AI-powered energy intelligence platform (US Patent No. 10,468,883) building forecasting infrastructure for India's State Load Despatch Centres, and leads ventures including DroneGenie — an emerging Drone-as-a-Service marketplace — and Theta Enerlytics, an established Delhi-based drone services firm.
A registered director with India's Ministry of Corporate Affairs (DIN 00311317), Karan has held active directorships across twelve companies spanning energy, security, publishing, and deep-tech. He is an alumnus of The Cathedral and John Connon School, Mumbai, and an active member of the AI for Developing Countries Forum (AIFOD) — connecting him to 6,800+ AI practitioners across 150+ countries.
His current focus at CyberDojo is translating patent-grade research into productized AI, analytics, and cyber defense capabilities for governments, utilities, and the Indian enterprise stack.
Beyond the three core pillars, CyberDojo fields a deep bench of specialized capabilities — each one battle-tested in production environments where failure is not a deliverable.
Strategic roadmapping, use-case prioritization, and AI-readiness assessments for CXO teams.
AWS, GCP, OCI, Azure architectures hardened for regulated industries and data sovereignty.
Satellite imagery, drone orthomosaics, national-scale geospatial modelling pipelines.
Production-grade full-stack builds: React, Python, Node, Rust, Go. Zero technical debt by design.
DPDP Act 2023, ISO 27001, SOC 2, PCI-DSS readiness, audit support, continuous controls.
0-to-1 research engagements on patentable AI, sensor fusion, edge-compute systems.
SOC, NOC, MLOps operations with India-based engineers and strict SLA adherence.
Experience with SLDC, DISCOM, and state-government tenders. GFR-compliant procurement.
Selected operations from our portfolio — each one a production-grade engagement with measurable outcomes.
Deployed AION v26.1 block-level demand forecasting across Karnataka's State Load Despatch Centre. Retrained 7 coefficient families from 1,285 clean operational days — reducing MAPE from 16.32% baseline to 10.48%.
Built an AI-powered power-grid fault detection platform — 17-class taxonomy, YOLO + SAM2 inference pipeline, drag-and-drop folder ingestion for drone and thermal survey data. FastAPI + React 18 + PostgreSQL + Celery + Redis.
National flood intelligence platform — 3×3km tile grid across Indian landmass, 7-agent microkernel fusing free satellite sources (GPM IMERG, Sentinel-1, SMAP) with physics-based routing (D-Infinity, SCS-CN, Muskingum-Cunge).
Every engagement moves through a sequenced doctrine refined across hundreds of deployments. No surprises. No theatrics. Just outcomes.
We map your systems, threat surface, and data estate. Assumptions die here. Reality takes their place.
Patent-informed design doctrine — we produce blueprints that ship, backed by testable acceptance criteria.
Sprint-driven build cycles with continuous integration, red-team validation, and transparent telemetry.
Production hardening, knowledge transfer, and ongoing managed operations — the dojo stays open.
Answers to the most common questions we field from CTOs, CISOs, and procurement teams.
We operate as a product-engineering house, not a staff-augmentation shop. Every engagement begins with a patent-informed architectural doctrine — you get patent-grade research, not reskinned consultancy decks. Our senior engineers write production code; they don't orchestrate offshore teams.
Yes. A significant portion of our work — especially in government, defense, and regulated utilities — runs entirely in air-gapped environments or India-sovereign cloud. We have established deployment patterns for OCI Ampere, AWS GovCloud equivalents, and bare-metal government data centres.
Pilots run 4–12 weeks with a fixed-scope deliverable. Single-pod engagements (one product, one team) typically run 3–6 months. Program-level engagements covering multi-system rollouts run 6–18 months with phased acceptance criteria. Use the Configurator above for a calibrated estimate.
We have direct experience responding to SLDC, DISCOM, and state-level tenders — including eligibility challenges, technical proposals, GFR Rule 154 single-source representations for patent-backed methodologies, and savings-sharing MOU frameworks.
All production data for Indian clients is kept within Indian jurisdiction by default. We maintain compliance workflows for the DPDP Act 2023, ISO/IEC 27001, SOC 2 Type II, and sector-specific regimes (RBI cybersecurity guidelines, CEA cyber-security framework for power utilities).
Yes — 24/7 managed SOC, MLOps operations, and NOC services with strict SLAs, all staffed by India-based senior engineers. We deliberately avoid offshoring tier-1 incident response.
We respond to serious inquiries from serious operators. Tell us what you're defending, building, or forecasting — and we'll move fast.
