108
less than a minuteAbout the partner: Agoda
Agoda, a digital travel platform, helps anyone see the world for less with great-value deals across a global network of over 6 million hotels and holiday properties, plus flights, activities, and more. Agoda.com and the Agoda mobile app are available in 39 languages and supported by 24/7 customer support. Headquartered in Singapore, Agoda is part of Booking Holdings (Nasdaq: BKNG) and employs more than 8,000 staff in 25 markets, dedicated to leveraging best-in-class technology to make travel even easier.
What Agoda gets through RateHawk API
This will broaden Agoda’s offering for travelers from Asia and beyond, whilst providing more choice for those planning trips to popular destinations globally.
“Partnering with Agoda is an important step for RateHawk in the Asia-Pacific region.Our hotel inventory, with its extensive geographic coverage, is already highly valued by our B2B partners globally, and our API capabilities allow us to connect it quickly and reliably. Through Agoda, this portfolio will now reach many more travelers worldwide, supporting our continued growth and strengthening our presence in APAC,” says Erik Akhmetgaliev, Regional Director APAC at RateHawk.
Danil Dachkevitch, Vice President of Strategic Partnerships at Agoda, adds: “Travel discovery is becoming less linear as travelers turn to a wider range of platforms and content for inspiration. Wherever their journey begins, we want them to find accommodation that suits their trip. This partnership combines Agoda’s deep understanding of Asia and RateHawk’s global customer reach, giving travelers more choice across both platforms.”
Connect your platform to RateHawk API
RateHawk’s API provides extensive global supply, offering more than 3.3 million accommodation options across 220 countries, including over 250,000 directly contracted hotels and partnerships with more than 100 destination management companies (DMCs). With dedicated support and continuously improving product features, RateHawk helps businesses of all sizes scale effectively while simplifying distribution and connectivity.
