WHAT WE DO?
Experience Our Operating Planes - Surfaces
Surface - RTS and CEF
Competency Spectrum
Architectures: X86, Cortex A, Cortex M, Tricore Specific SOCs: Intel Denverton, RH850, STM32MP2, Ti Sitara, TC3XX Computational Engine Firmware: Start up code / SDK for Cortex M(v8), A35, A53, RH850, TRICORE TC3X, APQ 8016 Specialized on AARCH64 (Scalar, Vector flavours) Type 1 Hypervisor for SOCs based on ARM architecture Specialized drivers – for the interconnect fabric IPCS framework in multicore systems
Operating Systems
Custom Kernels for flat / protected Engines Enablement of MPU for existing Kernels Transformation of RTOS to satisfy AUTOSAR(OSEK) standards Certification preparation, FUSA evaluation Special Constructs realization Porting Kernels Offline – scheduling verifiability with Mathematical constructs Specialized in QNX Bring up, configuration, safety evaluation for applications with QNX OS Inclusion of new drivers, for Linux based systems
Computational Engine Firmware
Startup Code / SDK for Cortex M(4,3,0+), A35, R5, RH850, TRICORE TC3X
Specialized Drivers – for SOC interconnect Fabric
AARCH64 SIMD transformation
AARCH64 Intrinsics coding
Hypervisor, Interconnect Drivers
Type 1 Hypervisor for SOCs Based on ARM Architecture
OS with CLI as > stage 2 BL OS
IPCS Framework in heterogenous multicore Systems
PCIe Drivers, Configurations - external & interconnect
Surface - Automotive, Avionics
Classic Autosar - Automotive
ECAL, MCAL Layer development, Per standard
ECAL, MCAL Layer standards adherence check
Autosar OS Complaince check, Wrappers to existing OS for OSEK
CDD - Custom Drivers, ePowertrain Drivers
Existing drivers - CDD conversion - for efficiency
Adaptive Autosar - Automotive
POSIX E51 Adherence check
POSIX E52-54 Adherence check
SOME IP - implementation using VSOME IP
LWIP, VSOMEIP Integration and deployment
Custom C++ libraries for VSOME IP reducing complexity
Avionics
Sophisticated, Fault Tolerant Embedded Systems for Power generation, distribution systems
Intelligent systmes for cabin interdata communication
Brake & Tire pressure Monitoring systems
CPU Simulators for high fidelity verification
Surface - Applied Math
Signal processing
Filter Design – Simulation, Development
FFT realization using FFTW
Compression algorithms using DCT basis
CODECS – integration, signal path check
Image analysis, transformation
Conversion of open CV constructs in Vanilla C/C++
SIMD & vector processing
SIMD harness for Linear algebra calculations
vector processing & other compiler optimizations for matrix computations
Formulation of vector problems from scalar domain for SIMD CPUS
Edge ML
Right mathematical solutions for the problem in hand
Expertise in various probablistic model treatments
Computer vision applications for Edge devices
Tensor flow (Lite) in C++
ROS Deployment & Integration
Surface ϕ
Competence Development
Modules offered currently:
Advanced C With Cortex M4
Advanced C with Linear Algebra
Internals of RTOS with uC/OS III and Cortex M4
C++ for Core C Engineers
C++ 11 and Beyond – A philosophical treatment
Competence Sourcing
Updating this section soon...