Elite Software Engineering Talent for Mission-Critical Industries
From ultra-low latency trading systems to FDA-compliant medical devices and DO-178C certified flight software, TeamUP delivers specialized engineers who understand the unique demands of regulated industries
- 1,000+ Specialized Software Engineers
- <100μs Trading System Latency
- 300+ Security Cleared Engineers
Deep Domain Knowledge Across Critical Industries
Powering the Speed of Global Markets
Overview: Our financial services engineers understand that microseconds matter. With expertise spanning high-frequency trading to enterprise risk management, we provide talent that speaks the language of Wall Street and delivers systems that meet the demanding requirements of modern finance.
Key Capabilities:
- Ultra-low latency trading systems (<100μs)
- Real-time risk analytics
- Regulatory compliance engines
- Blockchain and DeFi integration
- Market data processing at scale
Technologies: C++20, Java, Python, kdb+/q, FIX Protocol, Kafka Compliance: SOC2, PCI-DSS, MiFID II, Dodd-Frank
Engineering Solutions That Save Lives
Overview: Our healthcare engineers combine technical excellence with deep understanding of medical regulations. From Class III medical devices to enterprise clinical systems, we deliver talent that ensures patient safety while advancing medical innovation.
Key Capabilities:
- FDA-compliant medical device software
- Clinical system integration (Epic, Cerner)
- HIPAA-compliant cloud solutions
- AI/ML for diagnostics
- Real-time patient monitoring
Technologies: C++, C#, Python, HL7 FHIR, DICOM Compliance: IEC 62304, ISO 13485, FDA 21 CFR Part 11, HIPAA
Mission-Critical Excellence for National Security
Overview: Our defense engineers bring security clearances and specialized expertise in safety-critical systems. From avionics to missile guidance, we provide talent that understands the zero-defect mentality required for defense applications.
Key Capabilities:
- DO-178C Level A/B flight software
- Real-time embedded systems
- C4ISR and mission systems
- Cybersecurity and crypto
- Autonomous vehicle control
Technologies: Ada, C++, VxWorks, ARINC 653 Compliance: DO-178C, DO-254, ITAR, CMMI Level 3
| Engineering Discipline | Capabilities | Tools & Technologies | Specialization Details | Availability |
|---|---|---|---|---|
| Trading Systems Development |
• Order management systems |
• Languages: C++17/20, Java, Python • Protocols: FIX 4.2/4.4/5.0, FAST • Messaging: Aeron, Chronicle Queue • Frameworks: QuickFIX, Cameron FIX |
• Equity, FX, Derivatives trading • Smart order routing • Regulatory compliance (MiFID II) • Multi-asset support • Backtesting frameworks |
400+ Engineers |
| High-Frequency Trading |
• Ultra-low latency systems • Microwave networks • FPGA acceleration • Kernel bypass • Hardware timestamping |
• Languages: C++, Assembly, VHDL • Network: DPDK, OpenOnload • Hardware: Solarflare, Mellanox • FPGA: Xilinx, Intel Stratix |
• Sub-microsecond latency • Co-location optimization • Market microstructure • Tick-to-trade latency • Network acceleration |
250+ Engineers |
| Quantitative Development |
• Strategy implementation • Research platforms • Risk analytics • Portfolio optimization • Monte Carlo simulations |
• Languages: Python, C++, R, Julia • Libraries: NumPy, Pandas, QuantLib • Platforms: kdb+/q, Arctic • ML: TensorFlow, PyTorch |
• Alpha generation models • Factor modeling • Options pricing • Statistical arbitrage • Machine learning integration |
350+ Engineers |
| Market Data Systems |
• Feed handlers • Data normalization • Distribution systems • Historical data storage • Real-time analytics |
• Databases: kdb+/q, InfluxDB, TimescaleDB • Protocols: ITCH, OUCH, FIX< • Messaging: Kafka, Solace • Compression: LZ4, Zstd |
• Exchange connectivity • Multicast handling • Conflation strategies • Data quality monitoring • Replay systems |
200+ Engineers |
| Financial Infrastructure |
• Settlement systems • Clearing integration • Compliance engines • Reporting systems<br>• Audit trails |
• Cloud: AWS FinSpace, Azure • Databases: PostgreSQL, Oracle • Integration: Apache Camel, MuleSoft • Security: HSM integration |
• T+1 settlement • Regulatory reporting • Transaction surveillance • KYC/AML systems • Blockchain integration |
200+ Engineers |
| Performance Engineering |
• Latency optimization • Throughput tuning • Memory optimization • CPU affinity • Cache optimization |
• Latency optimization • Throughput tuning • Memory optimization • CPU affinity • Cache optimization |
• Microsecond optimization • NUMA awareness • Lock-free programming • Zero-copy techniques • Kernel tuning |
200+ Engineers |
| Engineering Discipline | Capabilities | Tools & Technologies | Specialization Details | Availability |
|---|---|---|---|---|
| Medical Device Software |
• Embedded firmware • Real-time control • Safety systems • User interfaces • Data acquisition |
• Languages: C, C++, C# • RTOS: FreeRTOS, ThreadX • Standards: IEC 62304, FDA guidance • Tools: Static analysis, MISRA |
• Class II/III devices • Infusion pumps •Imaging systems • Diagnostic equipment • Wearable devices |
250+ Engineers |
| Clinical Systems |
• EHR/EMR integration • Clinical workflows • Decision support • Order management • Results reporting |
• Standards: HL7 v2/v3, FHIR • Integration: Mirth, Cloverleaf • Databases: PostgreSQL, MongoDB • Frameworks: .NET, Spring Boot |
• Epic/Cerner integration • Clinical documentation • CPOE systems • Laboratory systems • Radiology workflows |
150+ Engineers |
| Healthcare Integration |
• Interface engines • API development • Data transformation • Protocol conversion • Message routing |
• Protocols: HL7, DICOM, X12 • Tools: Rhapsody, Ensemble • APIs: REST, GraphQL, SOAP • Security: OAuth2, SAML |
• Hospital networks • HIE connectivity • Cloud migrations • Legacy modernization • Interoperability |
170+ Engineers |
| Medical Imaging |
• DICOM processing • Image reconstruction • 3D visualization • PACS integration • AI/ML pipelines |
• Libraries: ITK, VTK, OpenCV • Standards: DICOM, IHE • Platforms: Osirix, 3D Slicer • ML: TensorFlow Medical |
• CT/MRI processing • Image segmentation • CAD systems • Teleradiology • Cloud PACS |
150+ Engineers |
| Healthcare Compliance |
• HIPAA implementation • Audit logging • Access control • Encryption systems • Privacy controls |
• Security: AES, PKI, HSM • Standards: HIPAA, GDPR • Tools: Vault, KeyCloak • Monitoring: Splunk, ELK |
• PHI protection • Consent management • Data governance • Breach detection • Security assessments |
110+ Engineers |
| Medical Validation |
• EHR/EMR integration • Clinical workflows • Decision support • Order management • Results reporting |
• Tools: Jama, DOORS • Testing: Selenium, pytest • CI/CD: Jenkins, GitLab • Quality: SonarQube |
• FDA 510(k) support • IEC 62304 compliance • Design controls • Clinical trials support • Post-market surveillance |
150+ Engineers |
| Engineering Discipline | Capabilities | Tools & Technologies | Specialization Details | Availability |
|---|---|---|---|---|
| Avionics Software |
• Flight control systems • Navigation software • Display systems • Communication systems • Autopilot development |
• Libraries: ITK, VTK, OpenCV • Standards: DICOM, IHE • Platforms: Osirix, 3D Slicer • ML: TensorFlow Medical |
• Commercial aviation • Military aircraft • Spacecraft systems • UAV/Drone control • Helicopter avionics |
300+ Engineers |
| Mission Systems |
• Command & control • Sensor integration • Data fusion • Targeting systems • Battle management |
• Languages: C++, Java, Python • Middleware: DDS, CORBA • GIS: ArcGIS, QGIS • Protocols: Link 16, VMF |
• C4ISR systems • Electronic warfare • Radar processing • Missile guidance • Fire control |
350+ Engineers |
| Flight Software |
• Satellite systems • Launch vehicles • Space probes • ISS systems • CubeSats |
• RTOS: cFS, FreeRTOS • Languages: C, C++, Python • Simulation: MATLAB/Simulink • Testing: PIL, HIL |
• Satellite systems • Launch vehicles • Space probes • ISS systems • CubeSats |
225+ Engineers |
| Real-Time Systems |
• Deterministic execution • Interrupt handling • Task scheduling • Memory management • Time synchronization |
• RTOS: QNX, LynxOS, PikeOS • Analysis: RMA, EDF • Tools: Tracealyzer, SystemView • Standards: ARINC 653 |
• Hard real-time • Safety-critical • Multi-core systems • Time partitioning • WCET analysis |
150+ Engineers |
| Defense Integration |
• System-of-systems • Legacy modernization • Protocol adaptation • Security implementation • Test infrastructure |
• Security: SELinux, crypto • Protocols: MIL-STD-1553 • Tools: DOORS, Rhapsody • Languages: C++, Java |
• JADC2 systems • Ground stations • Training systems • Simulation platforms • Support equipment |
210+ Engineers |
| Safety-Critical Software |
• Hazard analysis • Fault tolerance • Redundancy management • Health monitoring • Safe state design |
• Standards: DO-178C, DO-254 • Methods: FMEA, FTA • Tools: SCADE, Polyspace • Testing: MC/DC coverage |
• Flight controls • Engine control • Brake systems • Life support • Nuclear systems |
100+ Engineers |
Why Industry Leaders Choose TeamUP
Trading Systems Development
300+ Engineers Available
Core Expertise:
- Order management systems (OMS)
- Smart order routing (SOR)
- Execution algorithms
- Risk management engines
- Post-trade processing
Technical Stack:
- Languages: C++17/20, Java 11/17, Python
- Protocols: FIX 4.2/4.4/5.0, FAST, SBE
- Databases: kdb+/q, Redis, Cassandra
- Messaging: Aeron, Chronicle Queue, Kafka
Client Success: Reduced order latency by 75% for top-tier investment bank
High-Frequency Trading
150+ Engineers Available
Core Expertise:
- Sub-microsecond optimization
- FPGA acceleration
- Kernel bypass networking
- Hardware timestamping
- Co-location strategies
Technical Stack:
- Languages: C++, Assembly, VHDL
- Networking: DPDK, OpenOnload, Exanic
- Hardware: Solarflare, Mellanox, Xilinx
- Monitoring: Custom telemetry, hardware counters
Client Success: Achieved 15μs tick-to-trade for major prop trading firm
Quantitative Development
200+ Engineers Available
Core Expertise:
- Strategy implementation
- Backtesting frameworks
- Risk analytics
- Portfolio optimization
- Machine learning models
Technical Stack:
- Languages: Python, C++, R, Julia
- Libraries: NumPy, Pandas, QuantLib, Eigen
- ML/AI: TensorFlow, PyTorch, XGBoost
- Platforms: Jupyter, Databricks
Client Success: Deployed ML-based alpha generation system processing 1TB daily
Engineering Healthcare's Digital Transformation
Medical Device Software
350+ Engineers Available
Core Expertise:
- Class II/III device firmware
- Real-time control systems
- Safety-critical design
- GUI development
- Cybersecurity implementation
Technical Stack:
- Languages: C, C++, C#
- RTOS: FreeRTOS, ThreadX, QNX
- Standards: IEC 62304, ISO 14971
- Testing: Unit/Integration, V&V
Client Success: FDA 510(k) approval in 7 months for innovative insulin pump
Securing the Mission Through Superior Software
Avionics Software
300+ Engineers Available
Core Expertise:
- Flight control systems
- Navigation software
- Glass cockpit displays
- Autopilot systems
- Engine control (FADEC)
Technical Stack:
- Languages: Ada, C++, C
- RTOS: VxWorks, INTEGRITY, PikeOS
- Standards: DO-178C, ARINC 653
- Tools: SCADE, VectorCAST
Client Success: DO-178C Level A certification for commercial flight system
Mission Systems
400+ Engineers Available
Core Expertise:
- C4ISR development
- Sensor integration
- Data fusion algorithms
- Fire control systems
- Electronic warfare
Technical Stack:
- Languages: C++, Java, Python
- Middleware: DDS, CORBA, ZeroMQ
- Protocols: Link 16, VMF, STANAG
- Simulation: MATLAB/Simulink
Client Success: Delivered multi-sensor fusion system for next-gen fighter
Space Systems Software
250+ Engineers Available
Core Expertise:
- Satellite flight software
- Ground control systems
- Telemetry processing
- Orbital mechanics
- Payload control
Technical Stack:
- Frameworks: cFS, F Prime
- Languages: C, C++, Python
- RTOS: FreeRTOS, RTEMS
- Protocols: CCSDS, SpaceWire
Client Success: Launch vehicle guidance system with 100% mission success
We Speak Your Language
Our engineers aren't just coders – they're industry specialists who understand your unique challenges, regulations, and technologies. From FIX protocol to DICOM standards to DO-178C compliance, we deliver talent that hits the ground running.
Success You Can Measure
- 200+ successful projects delivered
- 95% client retention rate
- 48-hour average deployment time
- Zerocompliance failures
Solutions That Scale
Whether you need one expert for three months or a team of 50 for multi-year programs, we adapt to your needs with contract, contract-to-hire, and direct placement options.
Trust Built In
- ITAR registered
- 300+ cleared engineers
- HIPAA certified staff
SOC2 Type II compliant
Immediate Needs?
Our rapid response teams can deploy within 48 hours for urgent projects.
Planning Ahead?
Schedule a consultation to discuss your upcoming projects and talent strategy.
What You'll Get:
- Skills gap analysis
- Talent availability report
- Engagement recommendations
- Cost projections