END-TO-END ENGINEERING FOR CRITICAL SYSTEMS

From device to cloud.Engineered without compromise.

We apply the real-time and mission-critical discipline earned in aerospace across embedded software, edge/IoT, private cloud, data platforms, AI and modern operational interfaces. Our own products, platforms and reusable IP grow out of the same discipline.

Explore our capabilities Discover Embedded Lab↘

Aerospace & Defence Space Railway Automotive Embedded Lab

ENGINEERING STACKDEVICE → EDGE → CLOUD

ASSURANCE FOCUSMISSION / SAFETY CRITICAL

BYTECRAFT / 2026ANKARA · TÜRKİYESCROLL TO EXPLORE

ABOUT BYTECRAFT

Critical-systems discipline across the complete modern technology stack.

Bytecraft turns the dependability mindset rooted in real-time and mission-/safety-critical engineering into end-to-end software and platform solutions.

From platform-near software and field devices to private-cloud platforms, real-time data flows and AI-assisted decision systems, we work with the same focus on traceability, security and operational sustainability.

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Critical-systems discipline

We carry determinism, traceability, verification and security into every technology layer.

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End-to-end ownership

We treat device, edge, platform, data, AI and experience as one operating system.

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Built for the field

We design not just for delivery, but for secure operation, observability and long-term support.

SECTORS

Six fields. One engineering discipline.

Real-time, safety- and mission-critical systems for aerospace, space, railway and automotive; dependable, sustainable and field-ready software for telecom and enterprise platforms. Capability brochures are available for aerospace, railway and automotive.

AIRAerospace & DefenceSafety-critical avionics software, FACE open architecture, DO-254 digital hardware, cockpit graphics and HIL/SIL verification.Capability brochurePDF · 0.6 MB ↗

SPCSpaceReal-time and mission-critical embedded systems for space applications.

RAILRailwayEN 50128 / SIL 4-oriented software, ETCS/ERTMS train protection, vital computing and virtual validation.Capability brochurePDF · 0.7 MB ↗

OUR DISCIPLINE IN THE FIELD

AUTOAutomotiveISO 26262-oriented ECU software, AUTOSAR, CAN FD / SOME/IP networks, UDS diagnostics and virtual ECUs.Capability brochurePDF · 0.6 MB ↗

TELTelecom & DataHigh-volume event streams, real-time processing and analytics.

ENTEnterprise PlatformsPrivate cloud, microservices, AI automation and operational interfaces.

ENGINEERING CAPABILITIES

One team. Seven connected engineering layers.

Embedded & Critical Systems is our foundation; the other six layers carry its dependability and verifiability from the physical device to the operations screen.

ECS01 / 07

Embedded & Critical Systems

Avionics and embedded software, real-time architecture, BSPs, drivers, bootloaders, simulation, testing and verification.

DO-178CARINC 653EN 50128

IOT02 / 07

IoT & Edge Systems

Field devices, low-latency telemetry, offline-first operation, local buffering, secure synchronization and OTA management.

MQTTCoAPEdge

CLD03 / 07

Private Cloud & Platform

On-prem Kubernetes, container platforms, GitOps, CI/CD, observability, security and controlled operations.

KubernetesGitOpsSRE

SVC04 / 07

Microservices & Backend

Domain-driven, API-first and event-driven service architectures; polyglot backend engineering and legacy modernization.

Java / .NETGo / PythongRPC

DAT05 / 07

Data Engineering

Batch and stream ingestion, ETL/ELT, data quality, Kafka, cache, NoSQL, object storage, analytics and alert flows.

KafkaETL / ELTStream

AIX06 / 07

Applied AI

Secure RAG, model gateways, intelligent automation, code intelligence, anomaly detection, prediction and decision support.

RAGAI PipelinesModel Gateway

HMI07 / 07

Modern UI / UX

Accessible dashboards, operator interfaces and design systems that make complex telemetry and operations understandable.

React / TSReal-time UIHMI

01 · ECSEmbedded & Critical Systems

02 · IOTIoT & Edge Systems

03 · CLDPrivate Cloud & Platform

04 · SVCMicroservices & Backend

05 · DATData Engineering

06 · AIXApplied AI

07 · HMIModern UI / UX

DEVICE → EDGE → PLATFORM → DATA → INTELLIGENCE → EXPERIENCE

Click a layer for details

BEE-E / EMBEDDED DEVOPS & AI SOFTWARE FACTORY

From physical lab to intelligent software factory.

A modular engineering ecosystem configured around your hardware, software lifecycle, security policies and validation needs.

BEE-E · BYTECRAFT EMBEDDED ENGINEERING ECOSYSTEMBEE-E

Connect. Automate. Virtualise. Validate. Scale intelligently.

Bytecraft designs modular engineering ecosystems around each customer’s existing hardware, processes, tools, network architecture and security requirements. Each capability can be deployed independently or combined into an end-to-end engineering environment.

BY DESIGNTOOLCHAIN-INDEPENDENTEcosystem brochurePDF · 5.3 MB ↗

THE CHALLENGE

Embedded development is still constrained by the physical world.

Physical dependency

Direct access to target boards and test equipment limits flexibility.

Limited capacity

Scarce hardware must be shared across teams, projects and locations.

Manual operations

Deployment, reset, interface setup and log collection consume engineering time.

Fragmented workflows

Build, analysis, testing and reporting often operate as separate processes.

Late defect discovery

Integration and runtime defects may remain hidden until physical testing.

Distributed knowledge

Defects, behaviour and evidence remain scattered across tools and teams.

ECOSYSTEM ARCHITECTURE

Six layers. From engineering data to real hardware.

Engineering Data & Lifecycle

Repositories, build systems, reviews, validation gates, release workflows and evidence.

AI Engineering & Security

Review support, test and diagnostic intelligence, validation prioritisation and security intelligence.

Virtual Platforms & Digital Twins

Virtual targets, deterministic execution, snapshot and replay, fault injection and pre-HIL gates.

DevOps & Validation Automation

Repeatable build, deployment, HIL and reporting workflows from source change to evidence.

Connected Physical Lab

Secure remote access to target boards, debug interfaces, power control and lab resources.

Evidence, Knowledge & Feedback

Builds, logs, traces and test results turned into evidence and reusable knowledge.

CONNECTED LAB INFRASTRUCTURE

Make physical hardware securely accessible, shareable and ready for automation.

Connected Lab Infrastructure provides controlled access to target hardware, debug interfaces, communication channels and laboratory resources without continuous physical presence at the test bench.

01Secure remote laboratory access

02Centralised target-board and device pools

03Remote power control and clean-state preparation

04Resource allocation, reservation and usage coordination

DEVOPS & HIL AUTOMATIONFROM SOURCE CHANGE TO EVIDENCE FROM REAL HARDWARE

01Change & Build
02Artifact Preparation
03Resource Allocation
04Target Preparation
05Deployment & HIL
06Data Collection
07Evaluation & Reporting
08Quality Decision

ADOPTION FRAMEWORK

Start where you are. Expand when you need.

01PHASE

Assess

Understand the current laboratory, workflow, tools, bottlenecks and constraints.

02PHASE

Connect

Make hardware resources accessible, manageable and visible.

03PHASE

Automate

Establish repeatable build, deployment, HIL and reporting workflows.

04PHASE

Virtualise

Introduce virtual targets, repeatable testing and pre-HIL validation.

05PHASE

Scale Intelligently

Apply risk analysis, diagnostics, security intelligence and knowledge reuse.

Virtual validation complements real hardware - it does not replace it. Each phase delivers value while preparing the environment for the next level.

BEE-E DATASHEETS

One unified engineering ecosystem.

Eight solution areas, each described in its own datasheet. Start with the capabilities you need today and extend as your environment evolves.

BEE-E Bytecraft Embedded Engineering Ecosystem

Hover an area to read its summary here; click to open its datasheet.

01 · Understand your current stateEmbedded Software Factory Assessment

Understand your current state and define your future engineering ecosystem.

PDF · 0.9 MB ↗

02 · Automate validation at scaleDevOps & HIL Automation

Automate the path from source change to evidence from real hardware.

PDF · 0.8 MB ↗

03 · Validate earlierVirtual Platforms & Digital Twins

Validate earlier, reproduce failures consistently and preserve scarce hardware capacity.

PDF · 0.9 MB ↗

04 · Transform engineering dataAI Engineering & Security Intelligence

Transform engineering data into actionable intelligence.

PDF · 1.0 MB ↗

05 · Engineering governanceEngineering Operations & Governance

Engineering governance without engineering overhead.

PDF · 0.9 MB ↗

06 · Certification confidenceSafety-Critical Software Lifecycle Management

Deliver certification-ready evidence across the software lifecycle.

PDF · 1.0 MB ↗

07 · Designed around your environmentTailored Engineering Ecosystem Integration

Designed around your engineering environment, not the other way around.

PDF · 0.9 MB ↗

08 · Connect engineering resourcesConnected Lab Infrastructure

Transform distributed hardware resources into a secure and centrally managed engineering environment.

PDF · 0.9 MB ↗

01 Embedded Software Factory Assessment Understand your current state Understand your current state and define your future engineering ecosystem. PDFPDF · 0.9 MB ↗ 02 DevOps & HIL Automation Automate validation at scale Automate the path from source change to evidence from real hardware. PDFPDF · 0.8 MB ↗ 03 Virtual Platforms & Digital Twins Validate earlier Validate earlier, reproduce failures consistently and preserve scarce hardware capacity. PDFPDF · 0.9 MB ↗ 04 AI Engineering & Security Intelligence Transform engineering data Transform engineering data into actionable intelligence. PDFPDF · 1.0 MB ↗ 05 Engineering Operations & Governance Engineering governance Engineering governance without engineering overhead. PDFPDF · 0.9 MB ↗ 06 Safety-Critical Software Lifecycle Management Certification confidence Deliver certification-ready evidence across the software lifecycle. PDFPDF · 1.0 MB ↗ 07 Tailored Engineering Ecosystem Integration Designed around your environment Designed around your engineering environment, not the other way around. PDFPDF · 0.9 MB ↗ 08 Connected Lab Infrastructure Connect engineering resources Transform distributed hardware resources into a secure and centrally managed engineering environment. PDFPDF · 0.9 MB ↗

BEE-E / BYTECRAFT EMBEDDED ENGINEERING ECOSYSTEM08 SOLUTION AREAS

Let's Design Your Engineering Ecosystem

Request an Engineering Assessment Discuss Your Engineering Environment→

PRODUCTS & TECHNOLOGY ASSETS

Engineering assets born from real-world needs.

Products and reusable technology components for cockpit displays, open architectures, embedded platforms and system simulation.

COCKPIT DISPLAY ENGINEERING

DISPAVO

A browser-based visual engineering platform for ARINC 661 cockpit display development: design, organise, generate and deploy displays instead of maintaining XML files by hand.

ARINC 661Visual workflowWidget reuse

Product brochurePDF · 1.4 MB ↗Request a Demo

OPEN ARCHITECTURE PLATFORM

GAYEM™

A FACE-aligned open architecture computing environment for modular avionics, sensor and weapon systems: portable, reusable and interoperable software across heterogeneous platforms.

FACETSS / IOSSMOSA / SOSA

Product brochurePDF · 0.9 MB ↗Discuss Your Open Architecture Requirement

AVIONICS GRAPHICS IP CORE

Bytecraft 2D Graphics Engine

A reusable FPGA-based 2D graphics engine unifying ARINC 661 processing, Native 2D rendering, ARINC-708 weather radar, external video and up to four RGB display outputs.

FPGA IP CoreARINC 661ARINC-708

Product brochurePDF · 0.9 MB ↗Discuss Your Graphics Architecture