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Text Content

About UsCareers
Contact Us

EMBEDDED FINANCE PROVIDER


ONE SOLUTION FOR YOUR PAYMENT NEEDS

Meet Your Full Potential with Our Integrated Financial Technology Platform.
Fast-track Your Success.

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+4,12B€

LTM (90% Y-o-Y Growth)
Total Transaction Volume


+212M

LTM (186% YoY Growth)
Total Transactions


99,7%

Success Rate
Our active users
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Global Reach

GET READY FOR THE
PAYMENTREVOLUTION


RELIABILITY AND TRUST

With proven success stories, we earn the trust of our customers in their payment
processes.


FLEXIBLE SOLUTIONS

Maximize customer experience with flexible payment options customized to your
needs.


QUICK AND EASY INTEGRATION

Get started swiftly and optimize your business with seamless integrations.






Payment Acquirer

DISCOVER THE PIONEERING FINTECH SOLUTIONS OF OUR LEADING COMPANY

As the leading fintech company in Turkey, we are at the forefront of the
industry with our in-house developed 360-degree financial solutions.

Billing & Invoicing

Feature access

Quotes & Order Forms

Usage Tracking

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global reach

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EXPLORE THE WORLD OF PAYMENTS WITH
SEAMLESS PAYMENT FLOW


APPLE WATCH

$399.00

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SUCCESSFUL PAYMENT

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EMBEDDED FINANCE AT ITS BEST 


OUR INNOVATIVE PRODUCTS

Discover how our products can elevate your business operations and enhance
customer experiences

010203
PAYMENT


FAST AND RELIABLE PAYMENT SOLUTIONS

01
Enable your customers to make quick and seamless payments with our Payment
product
02
Simplify the customer experience with the "Pay by link" checkout feature.
03
Maintain top-level security standards with SSL encryption.
04
Contribute to the growth of your business with various payment options and fraud
prevention.

BNPL


FLEXIBLE AND EASY INSTALLMENT PAYMENT OPTIONS

01
Offer customers flexible installment options with our BNPL product.
02
Enhance customer satisfaction with quick and approval-free installment payments.
03
Reduce financial challenges and motivate customers to make additional purchases.

CARD ISSUING


GLOBAL CARD-ISSUING SOLUTIONS FOR A CONNECTED WORLD

01
- With our Issuing product, empower companies to issue custom-branded cards.
02
Personalize card designs and features for individual customers.
03
Increase customer loyalty with loyalty programs and reward cards.



+85K MERCHANTS

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PAYMENT EVOLUTION FOR EVERY INDUSTRY

Explore the evolution of payment methods across various industries

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E-COMMERCE AND RETAIL

Enhance customer experiences and drive growth by optimizing financial operations
and transactions.


ENTERTAINMENT AND GAMING

Facilitate secure and convenient financial transactions to enhance the
entertainment and gaming experience


HOSPITALITY AND TRAVEL

Streamline payment processes and improve customer loyalty through efficient
financial management solutions.


FINANCE AND BANKING

Elevate financial services and operational efficiency with cutting-edge
financial technology

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E-commerce and Retail

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EMBEDDED HOSTED


SCALABLE BUSINESS GROWTH WITH PARAM'S API SOLUTION

Our advanced API solutions are tailored to fuel scalability, enabling your
business to evolve rapidly and seamlessly.

Explore new horizons of success as our APIs empower you to optimize processes,
enhance efficiency, and tap into previously untapped market opportunities.

Elevate your business to unprecedented heights with Param's cutting-edge
API-driven approach

Discover how our products can elevate your business operations and enhance
customer experiences


const masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();const
masterSecret = await createKeyFromSecret(password, salt);//
recoverySigningPublicKey is the public key component of the keypair used // to
sign SSS shards. Upon share re-combination, spliterati verifies attached //
signatures of each shard to confirm that the shard is correct.const salt =
srp.generateSalt();const masterSecret = await createKeyFromSecret(password,
salt);// recoverySigningPublicKey is the public key component of the keypair
used // to sign SSS shards. Upon share re-combination, spliterati verifies
attached // signatures of each shard to confirm that the shard is correct.const
salt = srp.generateSalt();const masterSecret = await
createKeyFromSecret(password, salt);// recoverySigningPublicKey is the public
key component of the keypair used // to sign SSS shards. Upon share
re-combination, spliterati verifies attached // signatures of each shard to
confirm that the shard is correct.const salt = srp.generateSalt();

EMBEDDED FINANCE AT ITS BEST 


WE HELP YOUR
BUSINESS GROW FASTER

Discover how our expertise can empower your business to reach new
heights of success


EMBEDED FINANCE SOLUTIONS

As the leading fintech company in Turkey, we are at the forefront of the
industry with our in-house developed 360-degree financial solutions.


FAST AND COST EFFECTIVE DEPLOYMENT

Our platform also offers well-documented APIs, enabling fintechs to quickly
integrate. Thus doubling your revenue.


FRESH REVENUE POSSIBILITIES

Our customers can easily access our established financial products and focus on
their core business with high user experience.


STAY CONNECTED

It’s time to unlock the potential of seamless integration in the global fintech
landscape. If you have any questions or partnership inquiries, our team is here
to assist you.

Talk to sales

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For more information, please see our privacy statement for the e-Newsletter.

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