Company
Tempesta Technologies Inc is headquartered in Seattle, WA, and also has offices in Barcelona, Spain, and, Yerevan, Armenia. The company was founded in 2014 (originally as a branch of NatSys Laboratory Ltd. – a consulting company with international experience in high-performance networking and database areas, established in the industry since 2008) provides IT consulting and development services. With growth of the affiliate, NatSys Laboratory was fully rebranded to Tempesta Technologies to represent high performance, speed and expertise in technological advancement.
Tempesta Technologies explores, develops and publishes new technologies for the high-performance and secure Internet server solutions.
For fast-growing and innovative Internet companies aiming to deliver top-tier performance and security, Tempesta Technologies offers highly flexible and programmable solutions based on Tempesta FW and other open-source technologies. Designed for secure, low-latency, high-throughput content delivery, our platform also provides intelligent network analytics to detect anomalies and optimize traffic flows. This empowers our clients to deliver the best user experience without relying on proprietary vendor products or third-party services.
Research
Our highlighted articles and presentations in science and technology areas include:
Netdev 0x18, July 2024.
Scalable and Low Latency Lock-free Data Structures
CppCon, September 2022.
Mathematics and development of fast TLS handshakes
FOSDEM, February 2021.
Performance study of kernel TLS handshakes
Netdev 0x14, August 2020. [paper]
SCALE 18x, March 2020. [slides]
Fast HTTP string processing algorithms
SCALE 17x, March 2019. [slides]
Kernel TLS handshakes for HTTPS DDoS mitigation
Netdev 0x12, July 2018. [paper]
Kernel HTTP/TCP/IP stack for HTTP DDoS mitigation
Netdev 2.1, April 2017. [paper]
HTTP Strings Processing Using C, SSE4.2 and AVX2
blog post, 2016.
Linux Kernel Extension for Databases
Fast Memory Pool Allocators: Boost, Nginx & Tempesta FW
blog post, 2015.
Tempesta: a framework for HTTP DDoS attacks mitigation
IBM CASCON’14 Proceedings of 24th Annual International Conference on Computer Science and Software Engineering Pages 148-162. [paper]
Fast Finite State Machine for HTTP Parsing
blog post 2014.
Lock-Free Multi-Producer Multi-Consumer Queue on Ring Buffer
originally published in Linux Journal, Volume 2013 Issue 228, 2013.
Studying Intel TSX Performance
blog post 2013.