Industry//Financial Services & Capital Markets

Engineer for Seconds. Scale for Trillions.

Public clouds cannot handle institutional trade volume. We architect core banking APIs, HFT engines, and zero-trust payment gateways that power global capital markets.

[ Institutional Architecture ]//Core Modernization

Deconstructing Legacy Financial Monoliths.

Eliminate mainframe bottlenecks and sub-second latency drift. We decouple core banking engines, modernize payment rails, and deploy bare-metal execution fabrics engineered for extreme liquidity and regulatory resilience.

Core Banking & Mainframe Decomposition

Strangler-fig migration of COBOL/legacy mainframes to event-driven microservices without downtime or transaction loss.

Sub-Millisecond Execution & Low-Latency Routing

Kernel-bypass networking, bare-metal server optimization, and custom order-matching engines for HFT and liquidity providers.

Cryptographic Custody & Regulatory Ledgers

Zero-trust mTLS service meshes, Hardware Security Module (HSM) integration, and automated SOC 2 / ISO 27001 audit logging.

Your legacy mainframe is a 100ms bottleneck.

Modern finance is defined by the microsecond. Latency is not just a performance metric; it is a loss of liquidity. We build the infrastructure that closes the gap between execution and settlement.

$ ./hft-engine --config=institutional.json
Loading matching engine...
Orders/sec: 2,847,392
Latency P99: 8.3μs
Matching Rate: 99.97%

Sub-Millisecond Matching Engines

Architecting custom, deterministic trading systems in Rust and C++ for sub-10ms execution, handling millions of orders per second with zero drop-off.

  • • Sub-10ms latency guarantee
  • • Deterministic order matching
  • • Multi-asset class support
  • • Custom routing logic

Mainframe to API-First Architecture

Decomposing rigid banking cores into scalable, ISO 20022 compliant microservices. Enabling open banking, real-time payments, and instant ledger updates.

Legacy System
→
API Gateway
→
Microservices
→
Real-Time Core

Hardened Gateway Engineering

Custom, high-throughput payment routing engines with dynamic fallback logic and PCI-DSS Level 1 compliance built into the infrastructure layer.

1

Ingest

→
2

Encrypt

→
3

Route

→
4

Settle

→
5

Audit

Edge-AI Threat Detection

Deploying proprietary AI scoring models that analyze transaction topologies in under 50ms, flagging anomalies before settlement occurs.

Governed by 13 Years of Critical Execution

CloudCan Technologies is backed by the Ambujon Group—pioneering mission-critical infrastructure, autonomous AI systems, and post-quantum security protocols for the modern tech era. Built on a 13-year engineering foundation. Zero security breaches.

13+

Years of legacy

0

Security breaches

$2T+

AUM secured

Quantify the Infrastructure Advantage

-92%

Reduction in Trade Execution Latency

$50M+

Saved in Annual Payment Interchange Fees

100%

Uptime During Peak Volatility (Zero Data Loss)

Deployment//Global Exchange

Architecting a Tier-1 Crypto Matching Engine

Partnered with a global exchange to build a deterministic matching engine in Rust capable of handling 2M+ orders per second with sub-50μs latency. Scaled infrastructure seamlessly to handle 10x standard volume during market rallies.

  • • 2M+ orders per second throughput
  • • Sub-50μs P99 latency
  • • 10x spike capacity
  • • Zero order loss
2.8M
Orders/Second

Latency

8.3μs

Uptime

99.99%

Enterprise-Grade Technology Stack

RustGoNVIDIA AI EnterpriseKafka (Event Streaming)PostgreSQLdbtKubernetesHashiCorp VaultRustGoNVIDIA AI EnterpriseKafka (Event Streaming)PostgreSQLdbtKubernetesHashiCorp Vault

Compliance-as-Code

PCI-DSS Level 1 Architecture

ISO 20022 Standard Ready

SOC 2 Type II Compliant

VARA Strategic Partner (UAE)

Downtime is Not an Option

Before your next major scaling event, engage our Fintech Architects for a $7,500 Infrastructure Stress-Test & Security Audit. We will map your latency bottlenecks, identify regulatory risks, and deliver a blueprint for institutional grade resilience.

Discovery Protocol Includes:

  • ✓ Full latency topology mapping
  • ✓ Regulatory compliance audit
  • ✓ Security posture assessment
  • ✓ Capacity planning roadmap
  • ✓ Cost optimization analysis