Algorithmic Trading Regulations Comparison

Comparative analysis of SECP (Pakistan) vs SEBI (India) vs SEC/FINRA (USA) regulatory frameworks

SECP (Pakistan)
Proposed
Securities and Exchange Commission of Pakistan

2025 (Proposed)

SEBI (India)
Active
Securities and Exchange Board of India

Current

SEC/FINRA (USA)
Active
Securities and Exchange Commission / Financial Industry Regulatory Authority

Current

Registration & Approval
SECP (Pakistan)

Prior intimation and registration required

Requires prior intimation and registration of algorithms with the exchange before deployment. Brokers must notify the exchange and obtain permission for any algorithmic trading system. Third-party algorithm developers also need to be registered/approved.

SEBI (India)

Mandatory pre-approval by exchanges

SEBI mandates that stock brokers can offer algorithmic trading only after obtaining prior permission from the exchange. Each new algorithm (or any material change) must be submitted for exchange approval and conformance testing before going live.

SEC/FINRA (USA)

No pre-approval of algorithms

No pre-approval of algos by regulators/exchanges. Instead, the U.S. focuses on registration of persons and firms rather than the algorithms themselves. Firms engaging in algorithmic trading must be registered broker-dealers.

Testing Requirements
SECP (Pakistan)

Robust testing in simulated environments

Algorithms must pass initial testing (in a simulated environment) before live use, and undergo periodic retests including under stress scenarios. The exchange is to oversee conformance testing of broker systems.

SEBI (India)

Exchange-supervised testing and periodic audits

Before activation, algos go through exchange-run conformance tests under various conditions. SEBI also requires brokers to subject their algorithmic trading systems to a system audit every six months by certified auditors.

SEC/FINRA (USA)

Firm-driven testing expected

U.S. regulations rely on firms to ensure extensive pre-deployment testing and validation of algorithms. FINRA guidance emphasizes that testing of algos before production is an essential component of supervisory duty.

Market Abuse Controls
SECP (Pakistan)

Strict prohibitions and monitoring

The SECP proposal explicitly forbids any form of market manipulation via algorithms – e.g. fake orders, layering/spoofing, quote stuffing. Brokers must ensure their algos do not compromise market integrity.

SEBI (India)

Comprehensive controls to prevent manipulation

SEBI's rules require exchanges to implement surveillance and controls targeting algorithmic abuse. Exchanges must impose 'economic disincentives' for high order-to-trade ratios to deter excessive order cancellations.

SEC/FINRA (USA)

Anti-manipulation rules and surveillance

In the U.S., no algorithm may be used to violate securities laws – rules against fraud or market manipulation fully apply to algos. FINRA specifically prohibits practices like entering non-bona fide orders.

Third-Party Vendor Oversight
SECP (Pakistan)

Direct oversight and accountability

The SECP proposal recognizes third-party algorithm providers and subjects them to oversight. Any third-party algo system used by a broker must adhere to the same regulatory standards.

SEBI (India)

Broker responsible for vendor-provided algos

SEBI does not exempt outsourced or vendor algorithms from its framework – they require the broker to obtain exchange approval and ensure compliance regardless of who developed the code.

SEC/FINRA (USA)

Due diligence and person-level registration

U.S. regulators treat third-party algo tools as an extension of the broker's obligations. Brokers must supervise all outsourced systems just as if developed in-house.

Stress Testing
SECP (Pakistan)

Required stress-test scenarios

SECP's framework calls for testing algorithms under extreme market conditions to ensure they remain stable. Simulated stress scenarios must be part of the initial and periodic testing regimen.

SEBI (India)

Emphasis on capacity and extreme scenarios

While not labeled 'stress tests' explicitly, SEBI's rules demand that exchanges and brokers account for worst-case conditions. Exchanges must ensure their trading systems can handle the load from algorithmic orders.

SEC/FINRA (USA)

Encouraged as best practice

U.S. regulatory guidance strongly encourages firms to test algorithms under adverse market scenarios. FINRA advises that testing protocols consider adverse or fast market conditions.

Kill Switch Functionality
SECP (Pakistan)

Mandatory kill switch provisions

SECP proposes that brokers implement a kill switch mechanism to immediately halt an algorithm's trading in case of malfunction or aberrant behavior. Brokers must be able to instantly cancel outstanding algo orders.

SEBI (India)

Kill switches at both broker and exchange level

SEBI explicitly requires safeguards to shut down algorithms quickly if they behave erratically. Brokers' systems should automatically detect a 'runaway' or looped algo and stop it.

SEC/FINRA (USA)

Strongly recommended; widely implemented

U.S. rules do not specifically use the term 'kill switch,' but the concept is embedded in risk management expectations. The SEC's Market Access Rule requires brokers to have the ability to immediately block or cancel orders.

Governance & Oversight
SECP (Pakistan)

Rigorous internal governance mandated

SECP's proposal calls for brokers to establish strong internal governance frameworks for algorithmic trading. Firms must designate senior management responsible for oversight of all algo trading activities.

SEBI (India)

Formal controls and audits with management involvement

SEBI's framework entails oversight by management through required audits and compliance processes. Brokers had to create internal approval processes for algos with risk/compliance officers vetting strategies.

SEC/FINRA (USA)

Supervisory framework and defined accountability

U.S. regulators require that algorithmic trading be subject to the firm's general supervision hierarchy. FINRA's guidance outlined best practices for governance, including maintaining an inventory of algorithms.