Hire Ad Tech RTB DSP Devs

Elite C++ Teams for Ad Tech Real Time Bidding Dsp

Unique Selling Point: latency-critical expertise delivered in an average 5-day hiring time. Build or scale your DSP faster without recruitment overhead.

48-hour talent shortlist
Senior-level vetting only
Flexible monthly contracts

Opting for outstaffing lets you get seasoned C++ specialists who have already crafted micro-second Ad Tech Real Time Bidding Dsp pipelines—without having to fight for scarce local talent. You sign one service agreement; we handle sourcing, background checks, hardware, payroll, and retention.

Business impact: slash hiring cycles from months to days and convert fixed HR expenses into a transparent hourly rate. You keep engineering control, sprint cadence and intellectual property, while scaling headcount up or down as demand changes.

Bottom line: faster releases, lower risk, no administrative drag.

48-h Staffing

Cost Efficiency

Ultra-low Latency

Elastic Scaling

Senior-Level Only

No HR Overhead

IP Safety

Timezone Overlap

Transparent Rates

Dedicated PM

Quick Replacement

Trial Period

What CTOs Say

Results: The Smartbrain.io contractor rewrote the multithreaded auction loop in modern C++20 using template metaprogramming and zero-copy buffers. End-to-end latency fell by 27 µs, boosting win-rate 18%. Onboarding took one morning through Slack and GitHub, letting my in-house team focus on new targeting algorithms.

Melissa Carter

CTO

SignalPeak Media Inc.

We needed kernel-bypass networking experience to cut DSP bid latency. Smartbrain.io delivered a senior C++ developer in 72 hours. He optimized our DPDK pipeline, reducing p99 to 120 µs. The flexible month-to-month contract meant no HR paperwork, yet full Jira visibility for my engineering managers.

David Nguyen

VP Engineering

Aurora Data Ads LLC

Recruiting in New York was taking 3 months. Smartbrain.io presented three vetted RTB specialists within 48 hours. Their knowledge of lock-free queues and SIMD paid off—impressions processed per second climbed 34%. Integration over MS Teams was seamless, and my HR budget stayed untouched.

Sarah Mitchell

Engineering Manager

BlueWave Interactive

Our in-house team lacked experience with exchange APIs. The outstaffed C++ pro from Smartbrain.io built adapters for five Japanese ad exchanges in two sprints, using Boost.Asio and gRPC. Deployment pains vanished, and campaign spend grew 22% thanks to wider inventory reach.

Robert Hayes

Product Owner

Pacific Reach Media

Smartbrain.io’s developer introduced a fuzz-testing harness using GoogleTest and libFuzzer. Crash rate in production fell 89%. Getting that level of C++ QA skill locally would have cost months; their model let us swap capacity as our roadmap evolved.

Lisa Gomez

QA Lead

Vertex Advertising Tech

When we won a major retailer, we had two weeks to double throughput. Smartbrain.io augmented us with a cluster-scale C++ DevOps engineer experienced in Kubernetes and Redis Cluster. He tuned our caching layer, lifting QPS by 47% without new hardware.

Michael Brown

DevOps Manager

NextWave Demand Solutions

Industries We Empower

AdTech & MarTech

AdTech & MarTech firms depend on lightning-fast auctions, bid shading and granular reporting. Augmented C++ developers with Ad Tech Real Time Bidding Dsp background implement DSP cores, connect to exchanges such as Yahoo! Japan, and squeeze microseconds with lock-free queues, SIMD and epoll. On-demand staffing lets you ramp capacity for seasonal spikes while avoiding permanent payroll risk.

FinTech HFT

High-Frequency Trading desks share RTB-like latency requirements. Our C++ augmentation teams port low-latency feed-handlers to nanosecond timers, design order-book engines and ensure deterministic garbage-free execution. Similar skill sets make these engineers ideal for Ad Tech Real Time Bidding Dsp projects that can’t tolerate delays.

Telecom & 5G

Telecommunications operators push millions of packets per second. Outstaffed C++ specialists reuse poll-mode drivers, DPDK and eBPF to optimise DSP traffic gateways, making advertiser pings as fast as mobile core events.

Streaming Media

OTT & Video platforms monetise content through server-side ad insertion. C++ developers integrate RTB DSP bidders directly into the transcoding pipeline, performing real-time audience matching without harming frame delivery.

Gaming

Gaming & Esports publishers use in-game ads powered by DSP logic. Our augmented engineers embed Ad Tech Real Time Bidding Dsp modules in Unreal or Unity back-ends, ensuring bid responses stay within the 100-ms frame budget.

Automotive Telematics

Connected Cars stream telemetry that can trigger location-based advertising. Low-latency C++ libraries collect, anonymise and send bids to DSPs—all while meeting ISO-26262 safety rules.

Cyber-Security

Fraud-Detection vendors apply RTB-style pattern recognition. Augmented C++ developers build real-time anomaly-detection engines, reusing the same lock-free, cache-friendly structures adopted in Ad Tech Real Time Bidding Dsp systems.

Smart Manufacturing

Industry 4.0 plants place ads for spare machine time. C++ programmers trained on RTB DSP write bidding agents that run on the edge, ensuring sub-millisecond responses over OPC-UA or MQTT.

IoT & Edge

Edge Computing devices require tiny, efficient bidders. Augmented C++ talent ports RTB DSP kernels to ARM, leveraging NEON intrinsics to stay within battery budgets.

Ad Tech Real Time Bidding Dsp Case Studies

Client: Asia-Pacific mobile ad network
Challenge: Their Ad Tech Real Time Bidding Dsp struggled to stay under 150 µs round-trip during evening traffic peaks.

Solution: Two outstaffed C++ specialists from Smartbrain.io re-engineered the auction loop with lock-free queues and NUMA-aware memory pools. They added DPDK-based networking and automated Canary releases.

Result: 38 % latency reduction, 21 % bid-win uplift, delivered in eight weeks while the in-house team focused on new demand partners.

Client: Tokyo-based demand-side platform
Challenge: Time-to-market with new exchanges slowed growth; each integration of Ad Tech Real Time Bidding Dsp connectors took six weeks.

Solution: Our augmented C++ squad used protocol buffers and asynchronous Boost.Asio wrappers to create a plug-in framework. Five exchanges were added in parallel.

Result: 5× faster onboarding of inventory sources and 18 % revenue lift within the first quarter.

Client: Mid-size digital agency targeting North America
Challenge: Click-spam and IVT were inflating spend inside their Ad Tech Real Time Bidding Dsp pipeline.

Solution: One senior C++ engineer embedded a Bloom-filter-based fraud module compiled with C++20 and SIMD. The component was pushed to production in three sprints, fully covered by unit and property tests.

Result: 32 % invalid traffic drop and $1.2 M annual savings on media budget.

Book Your 15-Min Call

120+ C++ engineers placed, 4.9/5 avg rating. Schedule a risk-free discovery call and receive a tailored RTB DSP staffing roadmap within 24 hours.

Стать исполнителем

Our Core Services

RTB Engine Build

Dedicated C++ teams craft ultra-low-latency auction cores, implementing OpenRTB 2.x and 3.x while squeezing microseconds through lock-free data structures and cache-aligned memory. Outstaffing means you can spin the team up fast, paying only for productive coding hours.

Exchange Adapter Dev

Need Yahoo! Japan, LINE, or Google Authorized Buyers access? Our augmented engineers write and certify high-throughput adapters in C++, letting your Ad Tech Real Time Bidding Dsp reach fresh inventory without distracting your core squad.

Latency Optimisation

From kernel-bypass networking (DPDK) to NUMA pinning, outstaffed C++ gurus profile and refactor your path to win critical bids at scale, cutting p99 by double-digits.

Fraud Detection Modules

Integrate click-spam filters, IVT detectors and ML-powered scoring written in modern C++. Outstaffing keeps CapEx low while protecting every media dollar.

Bid Forecasting ML

Combine C++ inference engines with Python research notebooks. Our specialists port TensorFlow Lite or ONNX to your DSP, delivering millisecond forecasts without excessive cloud bills.

Cross-Device SDK

Ship lightweight C++ SDKs for mobile, TV, and IoT that stream events back to your Real Time Bidding platform. Flexible contracts allow feature bursts when market windows appear.

Want to hire a specialist or a team?

Please fill out the form below:

FAQ

How fast can you staff C++ engineers for our RTB DSP?

On average we deliver a vetted shortlist in 48 hours and have the first C++ developer ready to commit code within five business days.

Will augmented developers work in our time-zone?

Yes. We guarantee at least 4-hour overlap with your core team and can align full shifts for US, EU or APAC clients.

How do you vet latency-critical C++ skills?

Candidates pass multi-stage assessments: algorithm tests, low-latency C++ coding sessions, and architecture interviews focused on Ad Tech Real Time Bidding Dsp patterns.

Do we keep intellectual property rights?

Absolutely. All code is transferred under NDA and Work-Made-for-Hire clauses. You retain 100 % IP ownership.

Can we scale team size up or down quickly?

Our contracts are month-to-month. Add or release C++ talent with just 14-day notice—ideal for fluctuating bid volumes.

What if a developer is not a cultural fit?

We provide a complimentary replacement within 10 days, drawing from the same rigorously vetted C++ talent pool.

Do your engineers have Japanese market experience?

Over 40 % of our C++ specialists have shipped components for Japan-focused DSPs, including integrations with Yahoo! Japan and LINE Ads Platform.

How are communication and reporting handled?

Developers join your Slack, stand-ups and Jira boards. A dedicated account manager ensures weekly KPI reporting and continuous feedback loops.

Can you work under our existing security policies?

Yes. We comply with SOC 2 Type II, can use your VPN, and follow your secure coding guidelines during every commit.

Is there a trial period?

We offer a 2-week risk-free trial. Pay only if you’re satisfied with the performance and integration of the outstaffed C++ engineer.